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  • About
  • The Global ETD Search service is a free service for researchers to find electronic theses and dissertations. This service is provided by the Networked Digital Library of Theses and Dissertations.
    Our metadata is collected from universities around the world. If you manage a university/consortium/country archive and want to be added, details can be found on the NDLTD website.
11

The Problem of Missing Items at the Time of Production : A Case Study at Fläkt Woods in Jönköping

Smedberg, Karl, Asamoah-Barnieh, Raymond January 2009 (has links)
In today‟s manufacturing environment, different parts manufactured in-house and bought from suppliers are often assembled together into a finished product. Competition has made it very important for companies to deliver a customized product on a promised date. However, when inventory items are missing at the time of production, lead times for products become uncertain and this makes it difficult to fulfill a customer order on the promised date. It is thus important to explore the causes of missing items at the time of production in order to solve such a problem. This Master of Science thesis carried out through a case study at Fläkt Woods in collaboration with Jönköping University is about the problem of not finding specific inventory items in the locations specified by the computer system. It is delimited to inventory items which are physically within the company premises or which according to the computer system are within the premises of the company. The questions at issue have been what the causes of the problem of missing items within the company are and how to effectively reduce the problem. The thesis has been carried out over an entire academic semester as a full-time work in the company. The sources of the problem have been found to be the result of the work procedure, the underlying software used during work (the in-house developed ERP system), stealing from orders, ineffective barcode scans, re-sequencing at the component manufacturing department (called pre-manufacturing in the company) due to the need to fulfill multiple objectives, set-up times at the component manufacturing department and human errors among others. The suggestions given include: modification of the work procedure and the underlying software used at work, increasing effective scanning and using some checks at critical points in the material flow. Areas for further research are given to further reduce the impact of the problem on the production system.
12

Logistika v AX2012 na mobilních zařízeních / Logistics in AX2012 on mobile devices

Zimák, Tomáš January 2011 (has links)
The main goal of this thesis is a solution proposal of MS Dynamics AX2012 for mobile device. Output is in form of an analysis. Base on it could be the solution implemented. Only selected warehouse processes are concerned with which brings the mobile device usage higher effectiveness. Partial goal is actual warehouse processes clarification on standard MS Dynamics AX2012 application. Their reality underscores business processes explanation in parallel. First step to reach the goals mentioned is available technologies and possibilities exploration. Warehouse and its processes are studied base on resources available and own experience from given branch. The same method is used for getting information about software, data collecting and hardware. Warehouse processes in MS Dynamics AX2012 description is based on Microsoft training materials and own professional experience. Analytical mobile application solution proposal is based on analysis of information studied within this thesis and own experience with suggesting similar modifications. Added value is model, how can be standard enterprise resource planning system customized for usage on mobile devices. Plus is also demonstration of warehouse processes on the most current version of chosen application in line with real business processes. Point is not only an IT solution with no relation to real usage. Contribution to completeness is comparing other SW types and HW selection. Rational structure of document leads the getting information to reach the goal. Theoretical part deals with general warehouse logistics and a possibility of related technologies usage. In the analytical part are ideas from theoretical part applied when processes on standard version of MS Dynamics AX2012 are described. Last and the most fundamental part, is dedicated for solution proposal of mobile version application.
13

Implementace čárového kódu do výrobního procesu malé firmy / Bar Code Implemamtation to Production Process of Small Factory

Tihon, Karel January 2009 (has links)
Target of my diploma thesis is barcode study and implementation to SMT assembly processes. This thesis contains two main parts. The first one is devoted to basic types of barcodes, reading technologies and industrial process mapping in PCB assembly. The second part is devoted to theoretical proposal and physical realization of system for materials flow monitoring. Barcode is contained in this system. Practical part of this thesis is tested in a company realizing contract manufacturing in PCB assembly - SMT and THT.
14

Studie skladového hospodářství distribučního centra vybrané společnosti / Study of Warehouse Management in Distribution Center of Selected Company

Medveďová, Klára January 2017 (has links)
This thesis deals with the business processes related to warehouse management in one of distribution centers of the brewing group in which this draft leads to an up-to-date solution to the use of new warehouse and infromation technologies.
15

行動二維條碼在台灣的接受因素與發展應用之研究 / Acceptance, development and application of QR code in Taiwan: An extension of the Technology Acceptance Model

康皓鈞, Kang, Hao Chun Unknown Date (has links)
行動二維條碼在日、韓的發展應用已相當成熟,過去台灣推行二維條碼時期由於手機的支援以及QR code的應用都尚未成熟,使得二維條碼在台灣並不普及。近年智慧型手機的發展逐漸普及,將能大幅提昇二維條碼更多元的應用,不僅是傳遞資訊給使用者,甚至結合了地圖導航、行銷及購票等功能。 本研究透過科技接受模式(Technology Acceptance Model, TAM)結合社會影響、促進條件、知曉型知識、操作型知識、知覺價格等影響台灣使用者意願之因素,透過問卷調查並經由結構方程模式進行驗證,分析台灣使用者的接受模式與影響因素的重要性,並給予政府、電信業者及商家在推行QR code應用上的建議。 本研究結果顯示「社會影響」及「促進條件」為最主要影響「使用意願」之因素,其次為「知覺易用性」及「知覺有用性」,「知曉型知識」與「操作型知識」則會影響「知覺易用性」及「知覺有用性」並間接影響到使用意願,台灣民眾希望使用的二維條碼服務前三名依序為取得商店及旅遊資訊、優惠卷下載、快速名片與電話輸入。因此行動業者再推行二維條碼時可考慮從社會媒體、智慧型手機的支援著手,並提供旅遊資訊及優惠卷等相關應用。 / The development and application of QR code is quite advanced in Japan and Korea; in contrast, at the time when QR code was introduced in Taiwan, lack of mobile phone support and the and the limited applications of QR code meant that it was not immediately popularized in Taiwan. In recent years, the growing popularity of smart phones has enhanced the various applications of QR code, not only providing the information to the user, but also performing navigation, marketing and ticketing functions, to name a few. This study is based on the Technology Acceptance Model, with Social Influence, Facilitating Conditions, Awareness Knowledge, Operation Knowledge and Price as the usage factors, and by verifying the structural modeling through public surveys and analyzing the importance of the Acceptance Model and other influences of users in Taiwan as the driving factors in incorporating QR code applications in the government, telecommunication carrier and business spheres. The study results indicate that Social Influences and Facilitating Conditions are major influencing factors of Intention to Use, followed by the Perceived Ease of Use and Perceived Usefulness; the Awareness Knowledge and Operation Knowledge affect the Perceived Ease of Use and Perceived Usefulness, and indirectly affect the Intention to Use. The top three QR code services that users in Taiwan are interested in relate to information about shops and tourist points of interest, coupon downloading and the fast input of business cards. Therefore, support of the continued development of public media and smart phones, the provision of tourism information and coupons along with other applications of QR code would be factors for consideration by a telecommunication carrier proposing to integrate QR code in its services.
16

Návrh optimalizace logistických procesů společnosti ARKOV / The ARKOV Logistic Processes Optimization Proposal

Urban, Jiří January 2009 (has links)
The intent of diploma thesis is to propose the optimization of current logistic processes with utilization of modern information technology. The work will propose the tool for stock classiffication, further evaluates the options of the warehouse management system implementation, including on-line connection to SAP Business One ERP system, and proposes its utilization in optimization of company’s business processes. The result of this work is the recommended proposal of the best and as well as cost friendly solution for company ARKOV, Ltd.
17

科技演進與政策變遷下的失落標的團體-個人綜合所得稅申報系統個案分析 / The Lost Target Groups Under Scientific and Technological Evolution and Policy Change- A Case Study of Personal Income Tax-filing Systems

張家菁, Chang, Chia-Ching Unknown Date (has links)
電子化政府是現代政府知識經濟時代發展之趨勢。政府的服務能力可以藉由電腦、網路的使用而大大提升;然而,在我國各種朝向電子化政府的政策中,網路報稅堪稱為時間較長且涵蓋範圍較完整的計畫之ㄧ,自1997年開始試辦到現在已有九年,在這樣的長年實施之中,卻仍存近百萬的二維條碼申報系統使用家戶;在現階段的進程上是否只需多加過渡的步驟便可成功邁向稅務網路化的最終目標。本研究採質、量混合研究法。採行先問卷發放,探究民眾不願意跟隨政策而改變報稅工具的原因;再以質化訪談專家學者,交叉詰問提出標的團體在科技進步與政策變遷的過程中,是否能夠不被遺落在後,在政府帶領下提出解決之道。 綜合而言,無論是自量化或是質化的訪談之中發現,民眾不願意順服的因素不外乎政府使用錯誤的對策來因應政策問題;如對於民眾的慣性使用未加以重視民眾,以及當民眾已不信任政府之作為時,卻又強制性地施加壓力,引發民眾產生在適應上的困難;政府忽略了在二維的過程下可以提供的學習階梯以使民眾適應。民眾的不願意順服便展現於其對於政府的不信任與堅持其使用方式(二維條碼報稅)之上。正因如此,面對政府的作為無法解決問題,而自然形成在政府做為下不願意改變自我行為的失落標的團體,本研究即是指仍堅持使用二維條碼系統申報個人綜合所得稅者;其同樣必然會發生於現今各項電子化政府政策中。 正因為它的自然發生且面對正變遷中的政策,政府能做的便是建置基礎設施,讓網路報稅政策回歸自然的手來主導它,讓過渡與變遷的機制面對科技的進入,以民眾與政府的雙方面向加以權衡,政府僅是操槳的手,為出現失落標的團體的政策,提供快速演化至下一階段的輔助,增加其順服的條件,並加強誘因的提供上做出與市場相同的行銷動力。 政府保留二維條碼申報制度,不僅為不確定的網路虛擬時代提供具實體性的安全感,又可以是電子化的加速處理。當然這些都是在政策呈現變遷的過程中,所進行的取捨。當民眾要的不再是基於效率與服務的兼具時,報稅手段的思索就不再是一項重點。面對報稅政策的未來,為民眾的需求提供效率的服務應放在第一考量,接著是邁向科技的進程的基礎建設須建置完備,安全機制、人員在訊練等等,才是增進邁向全面網路實質申報的必需手段。 關鍵字:政策變遷、政策演化、政策順服、個人綜合所得稅、二維條碼。
18

Incorporação de novas tecnologias de informação em um sistema de distribuição de medicamentos : avaliação quanto ao aumento da segurança de pacientes / Incorporation of new information technologies in a system of drug distribution: evaluation in increasing the safety of patients

Almeida, Silvia Helena Oliveira de January 2010 (has links)
Introdução: A área Hospitalar vem sofrendo constantes mudanças organizacionais devido à introdução de novas tecnologias que incentivam a segurança do paciente. Aquelas aplicadas à distribuição de medicamentos podem abreviar o número de erros de distribuição, obter em tempo real um elevado nível de informação sobre todo processo e gerir melhor o tempo do profissional farmacêutico, de forma a aumentar a intervenção deste na prevenção de erros de medicações e consequentemente, os cuidados farmacêuticos ao doente internado. Objetivos: Avaliar o impacto da implantação de novas tecnologias que visam à maior segurança do paciente em um sistema de distribuição de medicamentos de um hospital universitário. A avaliação foi dividida em: 1) individualização de medicamentos por reembalagem, com o uso de código de barras na identificação dos medicamentos; 2) identificação dos pontos críticos no novo processo estabelecido para o Sistema de Distribuição de Medicamentos por Prescrição Individual; 3) identificação e análise de erros de medicação após implantação de sistema de controle por código de barras. Métodos: Foram realizados estudos de delineamento transversal. Para a avaliação do processo de individualização foi desenvolvido um instrumento de avaliação adaptado de recomendações internacionais e estudos anteriores, segundo as boas práticas de reembalagem. Aplicou-se o instrumento de avaliação na rotina escrita e, por meio da técnica de observação participante, verificou-se a adequação de sua execução, conforme o mesmo instrumento. Para a identificação dos pontos críticos do Sistema de Distribuição de Medicamentos foi analisada cada etapa e verificado onde poderia ocorrer erros de medicação. Para a avaliação do processo de Distribuição de Medicamentos por Prescrição Individualizada foi realizado um estudo transversal, no qual utilizou-se a técnica de observação participante e amostragem por conveniência. Foram avaliadas prescrições médicas vinculadas ao Sistema de Distribuição de Medicamentos por Prescrição Individualizada pela tecnologia do código de barras. Resultados: Para avaliação do processo de individualização foi observado o fracionamento de 42 formas farmacêuticas orais e injetáveis onde a rotina escrita do processo de individualização atendeu a 66% dos itens recomendados e a execução da mesma atendeu a 63%. Para a avaliação do processo de Distribuição de Medicamentos por Prescrição Individualizada foram analisadas 290 prescrições médicas vinculadas ao Sistema de Distribuição de Medicamentos por Prescrição Individualizada, destas, 25% apresentaram algum tipo de erro de medicação. O total de itens analisados foi de 2659, com 74 ocorrências de erros de medicação (2,78%). Comparados com os dados anteriores o número de erros por clínica ou em geral teve uma redução estatisticamente significativa. Conclusões: Os resultados obtidos mostram que a utilização de novas tecnologias aumenta a qualidade do serviço prestado prevenindo erros de medicação. Portanto, o sistema de leitura por códigos de barras, associado a mudanças na infra-estrutura e nos processos de trabalho, podem ser apontados como os principais fatores na diminuição nas taxas de erros de dispensação de medicamentos no hospital estudado. / Introduction: The field hospital has been undergoing constant organizational changes due to the introduction of new technologies that encourage patient safety. Those applied to the distribution of drugs can shorten the number of errors distribution, obtain real-time a high level of information about every process and better manage the time of the pharmacist in order to increase the intervention of the prevention of medication errors. A previous study found problems in the repackaging and an average of about 14% of medication errors in Distribution System for Prescription Drugs traveler at a university hospital. Objectives: To evaluate the impact of deployment of new technologies to the largest patient safety in a system of distribution of drugs in a university hospital. The evaluation was divided into: 1) individualization of medication by repackaging, using bar code identification of drugs, 2) identification of critical points in the new process established for the Distribution System for Prescription Drugs traveler, 3) identification and analysis of medication errors after implementation of control system by bar code. Methods: We performed cross-sectional studies. For the evaluation of the individualization process has been developed an assessment tool adapted from recommendations and previous studies, according to the practice of repackaging. We used the assessment tool in routine writing and, through the technique of participant observation, it was found the suitability of its execution, as the same instrument. For the identification of critical points of the Distribution System of Medicines was analyzed and verified every step which could occur from medication errors. For evaluation of the Distribution of Prescription Drugs Individualized was a transversal study, which used the technique of participant observation and convenience sampling. Were evaluated prescriptions linked to the Distribution System for Prescription Drug Individualized technology bar code. Results: To evaluate the process of individualization were observed fractionation of 42 oral dosage forms and injectables where routine writing process of individuation attended 66% of the items recommended and play the same 63% attended. For evaluation of the Distribution of Prescription Drugs Individualized analyzed 290 prescriptions linked to the Distribution System for Prescription Drug Individualized of these, 25% had some type of medication error. The total number of items analyzed was 2659, with 74 occurrences of medication errors (2.78%). Compared with earlier data the number of errors per clinic or in general had a statistically significant reduction. Conclusions: The results show that the use of new technologies increases the quality of service by preventing medication errors. Therefore, the system of reading bar codes associated with changes in the infrastructure and work processes can be described as the major factors in reducing the rates of errors in dispensing drugs in the hospital.
19

Incorporação de novas tecnologias de informação em um sistema de distribuição de medicamentos : avaliação quanto ao aumento da segurança de pacientes / Incorporation of new information technologies in a system of drug distribution: evaluation in increasing the safety of patients

Almeida, Silvia Helena Oliveira de January 2010 (has links)
Introdução: A área Hospitalar vem sofrendo constantes mudanças organizacionais devido à introdução de novas tecnologias que incentivam a segurança do paciente. Aquelas aplicadas à distribuição de medicamentos podem abreviar o número de erros de distribuição, obter em tempo real um elevado nível de informação sobre todo processo e gerir melhor o tempo do profissional farmacêutico, de forma a aumentar a intervenção deste na prevenção de erros de medicações e consequentemente, os cuidados farmacêuticos ao doente internado. Objetivos: Avaliar o impacto da implantação de novas tecnologias que visam à maior segurança do paciente em um sistema de distribuição de medicamentos de um hospital universitário. A avaliação foi dividida em: 1) individualização de medicamentos por reembalagem, com o uso de código de barras na identificação dos medicamentos; 2) identificação dos pontos críticos no novo processo estabelecido para o Sistema de Distribuição de Medicamentos por Prescrição Individual; 3) identificação e análise de erros de medicação após implantação de sistema de controle por código de barras. Métodos: Foram realizados estudos de delineamento transversal. Para a avaliação do processo de individualização foi desenvolvido um instrumento de avaliação adaptado de recomendações internacionais e estudos anteriores, segundo as boas práticas de reembalagem. Aplicou-se o instrumento de avaliação na rotina escrita e, por meio da técnica de observação participante, verificou-se a adequação de sua execução, conforme o mesmo instrumento. Para a identificação dos pontos críticos do Sistema de Distribuição de Medicamentos foi analisada cada etapa e verificado onde poderia ocorrer erros de medicação. Para a avaliação do processo de Distribuição de Medicamentos por Prescrição Individualizada foi realizado um estudo transversal, no qual utilizou-se a técnica de observação participante e amostragem por conveniência. Foram avaliadas prescrições médicas vinculadas ao Sistema de Distribuição de Medicamentos por Prescrição Individualizada pela tecnologia do código de barras. Resultados: Para avaliação do processo de individualização foi observado o fracionamento de 42 formas farmacêuticas orais e injetáveis onde a rotina escrita do processo de individualização atendeu a 66% dos itens recomendados e a execução da mesma atendeu a 63%. Para a avaliação do processo de Distribuição de Medicamentos por Prescrição Individualizada foram analisadas 290 prescrições médicas vinculadas ao Sistema de Distribuição de Medicamentos por Prescrição Individualizada, destas, 25% apresentaram algum tipo de erro de medicação. O total de itens analisados foi de 2659, com 74 ocorrências de erros de medicação (2,78%). Comparados com os dados anteriores o número de erros por clínica ou em geral teve uma redução estatisticamente significativa. Conclusões: Os resultados obtidos mostram que a utilização de novas tecnologias aumenta a qualidade do serviço prestado prevenindo erros de medicação. Portanto, o sistema de leitura por códigos de barras, associado a mudanças na infra-estrutura e nos processos de trabalho, podem ser apontados como os principais fatores na diminuição nas taxas de erros de dispensação de medicamentos no hospital estudado. / Introduction: The field hospital has been undergoing constant organizational changes due to the introduction of new technologies that encourage patient safety. Those applied to the distribution of drugs can shorten the number of errors distribution, obtain real-time a high level of information about every process and better manage the time of the pharmacist in order to increase the intervention of the prevention of medication errors. A previous study found problems in the repackaging and an average of about 14% of medication errors in Distribution System for Prescription Drugs traveler at a university hospital. Objectives: To evaluate the impact of deployment of new technologies to the largest patient safety in a system of distribution of drugs in a university hospital. The evaluation was divided into: 1) individualization of medication by repackaging, using bar code identification of drugs, 2) identification of critical points in the new process established for the Distribution System for Prescription Drugs traveler, 3) identification and analysis of medication errors after implementation of control system by bar code. Methods: We performed cross-sectional studies. For the evaluation of the individualization process has been developed an assessment tool adapted from recommendations and previous studies, according to the practice of repackaging. We used the assessment tool in routine writing and, through the technique of participant observation, it was found the suitability of its execution, as the same instrument. For the identification of critical points of the Distribution System of Medicines was analyzed and verified every step which could occur from medication errors. For evaluation of the Distribution of Prescription Drugs Individualized was a transversal study, which used the technique of participant observation and convenience sampling. Were evaluated prescriptions linked to the Distribution System for Prescription Drug Individualized technology bar code. Results: To evaluate the process of individualization were observed fractionation of 42 oral dosage forms and injectables where routine writing process of individuation attended 66% of the items recommended and play the same 63% attended. For evaluation of the Distribution of Prescription Drugs Individualized analyzed 290 prescriptions linked to the Distribution System for Prescription Drug Individualized of these, 25% had some type of medication error. The total number of items analyzed was 2659, with 74 occurrences of medication errors (2.78%). Compared with earlier data the number of errors per clinic or in general had a statistically significant reduction. Conclusions: The results show that the use of new technologies increases the quality of service by preventing medication errors. Therefore, the system of reading bar codes associated with changes in the infrastructure and work processes can be described as the major factors in reducing the rates of errors in dispensing drugs in the hospital.
20

Incorporação de novas tecnologias de informação em um sistema de distribuição de medicamentos : avaliação quanto ao aumento da segurança de pacientes / Incorporation of new information technologies in a system of drug distribution: evaluation in increasing the safety of patients

Almeida, Silvia Helena Oliveira de January 2010 (has links)
Introdução: A área Hospitalar vem sofrendo constantes mudanças organizacionais devido à introdução de novas tecnologias que incentivam a segurança do paciente. Aquelas aplicadas à distribuição de medicamentos podem abreviar o número de erros de distribuição, obter em tempo real um elevado nível de informação sobre todo processo e gerir melhor o tempo do profissional farmacêutico, de forma a aumentar a intervenção deste na prevenção de erros de medicações e consequentemente, os cuidados farmacêuticos ao doente internado. Objetivos: Avaliar o impacto da implantação de novas tecnologias que visam à maior segurança do paciente em um sistema de distribuição de medicamentos de um hospital universitário. A avaliação foi dividida em: 1) individualização de medicamentos por reembalagem, com o uso de código de barras na identificação dos medicamentos; 2) identificação dos pontos críticos no novo processo estabelecido para o Sistema de Distribuição de Medicamentos por Prescrição Individual; 3) identificação e análise de erros de medicação após implantação de sistema de controle por código de barras. Métodos: Foram realizados estudos de delineamento transversal. Para a avaliação do processo de individualização foi desenvolvido um instrumento de avaliação adaptado de recomendações internacionais e estudos anteriores, segundo as boas práticas de reembalagem. Aplicou-se o instrumento de avaliação na rotina escrita e, por meio da técnica de observação participante, verificou-se a adequação de sua execução, conforme o mesmo instrumento. Para a identificação dos pontos críticos do Sistema de Distribuição de Medicamentos foi analisada cada etapa e verificado onde poderia ocorrer erros de medicação. Para a avaliação do processo de Distribuição de Medicamentos por Prescrição Individualizada foi realizado um estudo transversal, no qual utilizou-se a técnica de observação participante e amostragem por conveniência. Foram avaliadas prescrições médicas vinculadas ao Sistema de Distribuição de Medicamentos por Prescrição Individualizada pela tecnologia do código de barras. Resultados: Para avaliação do processo de individualização foi observado o fracionamento de 42 formas farmacêuticas orais e injetáveis onde a rotina escrita do processo de individualização atendeu a 66% dos itens recomendados e a execução da mesma atendeu a 63%. Para a avaliação do processo de Distribuição de Medicamentos por Prescrição Individualizada foram analisadas 290 prescrições médicas vinculadas ao Sistema de Distribuição de Medicamentos por Prescrição Individualizada, destas, 25% apresentaram algum tipo de erro de medicação. O total de itens analisados foi de 2659, com 74 ocorrências de erros de medicação (2,78%). Comparados com os dados anteriores o número de erros por clínica ou em geral teve uma redução estatisticamente significativa. Conclusões: Os resultados obtidos mostram que a utilização de novas tecnologias aumenta a qualidade do serviço prestado prevenindo erros de medicação. Portanto, o sistema de leitura por códigos de barras, associado a mudanças na infra-estrutura e nos processos de trabalho, podem ser apontados como os principais fatores na diminuição nas taxas de erros de dispensação de medicamentos no hospital estudado. / Introduction: The field hospital has been undergoing constant organizational changes due to the introduction of new technologies that encourage patient safety. Those applied to the distribution of drugs can shorten the number of errors distribution, obtain real-time a high level of information about every process and better manage the time of the pharmacist in order to increase the intervention of the prevention of medication errors. A previous study found problems in the repackaging and an average of about 14% of medication errors in Distribution System for Prescription Drugs traveler at a university hospital. Objectives: To evaluate the impact of deployment of new technologies to the largest patient safety in a system of distribution of drugs in a university hospital. The evaluation was divided into: 1) individualization of medication by repackaging, using bar code identification of drugs, 2) identification of critical points in the new process established for the Distribution System for Prescription Drugs traveler, 3) identification and analysis of medication errors after implementation of control system by bar code. Methods: We performed cross-sectional studies. For the evaluation of the individualization process has been developed an assessment tool adapted from recommendations and previous studies, according to the practice of repackaging. We used the assessment tool in routine writing and, through the technique of participant observation, it was found the suitability of its execution, as the same instrument. For the identification of critical points of the Distribution System of Medicines was analyzed and verified every step which could occur from medication errors. For evaluation of the Distribution of Prescription Drugs Individualized was a transversal study, which used the technique of participant observation and convenience sampling. Were evaluated prescriptions linked to the Distribution System for Prescription Drug Individualized technology bar code. Results: To evaluate the process of individualization were observed fractionation of 42 oral dosage forms and injectables where routine writing process of individuation attended 66% of the items recommended and play the same 63% attended. For evaluation of the Distribution of Prescription Drugs Individualized analyzed 290 prescriptions linked to the Distribution System for Prescription Drug Individualized of these, 25% had some type of medication error. The total number of items analyzed was 2659, with 74 occurrences of medication errors (2.78%). Compared with earlier data the number of errors per clinic or in general had a statistically significant reduction. Conclusions: The results show that the use of new technologies increases the quality of service by preventing medication errors. Therefore, the system of reading bar codes associated with changes in the infrastructure and work processes can be described as the major factors in reducing the rates of errors in dispensing drugs in the hospital.

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