40results about How to "Possible to check" patented technology

The invention relates to a device (10) for filling and sealing pharmaceutical containers, wherein the containers are received in a receptacle (12), which is in particular tub-shaped and in which a carrier element (11) is inserted, said carrier element being removable from the receptacle (12). The containers are arranged in receivers of the carrier element (11) in multiple rows next to one another and behind one another. Said device further comprises a first handling unit (27) for removing the carrier element (11) from the receptacle (12), a filling and sealing device (35) for the containers, and a second handling unit (45) for reinserting the carrier element (11) into the receptacle (12) which is conveyed with the carrier element (11) on a conveying device (20). According to the invention, the containers are embodied as syringe barrels (1) or as containers which are to be provided with crimp caps (53), such as vials (2) or cylindrical ampoules (3), and the second handling device (45) is associated with a crimping device (54). When handling containers which are to be provided with crimp caps, the crimping device is controlled by the second handling device (45) so that the second handling device (45) first feeds the containers into the crimping device (54) then reinserts the containers which were sealed by means of the crimping device (54) into the carrier element (11).

In a system that provides CAD layout-design information, by having the user acquire information such as circuit design or CAD layout data registered in a database, the user can analyze the acquired information, so there is a possibility that circuit-design or circuit-board-design know-how could be leaked. With this invention, a characteristic-parameter-extraction means extracts characteristic parameters from a position where there is a possibility of the occurrence of poor electrical characteristics due to an influence of the CAD layout of the input CAD layout data. A correction-determination means determines whether or not it is necessary to correct the layout by comparing the characteristic parameters and correction-determination standards that correspond to poor electrical characteristics read from a database. This makes it possible to check the electrical characteristics of the CAD layout without making available to the user the correction-determination standards or determination method.

An attenuated total reflection (“ATR”) sensor (3) determines a substance dissolved in a measurement medium (2). A method is taught to verify a calibration and / or to perform an in-line calibration of the sensor. The ATR sensor includes a housing (7) and an ATR body (4). A light source (12) and a detector (13) are arranged in the housing. The ATR body has at least one measurement surface (5) and, arranged parallel to the latter, a calibration surface (10). The measurement surface (5) can be brought into contact with the measurement medium. A calibration chamber (9), arranged in the housing, is delimited on at least one side by the calibration surface.

The system and method verifies a configuration of a storage system through versions, configurations and components failure of the various storage system components and generates a report identifying errors and / or warnings of the current configuration. A graphical representation of the storage system, including switches, clients and the like may be generated showing misconfiguration errors.

An electrical connector comprises an insulating housing having a plurality of contact accommodating cavities extending from a front side to a rear side of the housing. Each of the contact accomodating cavities has a first probe receiving opening formed adjacent thereto. A retainer that is moveable between a temporary locking position and a main locking position is attached to the front side of the housing. The contact accomodating cavities are accesible through the first probe receiving openings when the retainer is in the temporary locking position, and the contact accomodating cavities are accesible through second probe receiving openings formed in the retainer when the retainer is in the main locking position.

An operating device pressure Po into a regulator valve and a degree of opening X from the regulator valve are sampled. A speed of change vPo (k) of the Po (k) is calculated from the current Po (k) and the previous Po (k-1). A speed of change vX (k) of the X (k) is calculated from the current X (k) and the previous X (k-1). If both vPo (k) and vX (k) are small, then a weighting value w1 (k) is set to 1 (and set to 0 otherwise), where a fault check indicator Fq (i) for each degree-of-opening category i during a fault check evaluation time interval is calculated from the vPo (k) and vX (k) when w1 (k) is 1 and from a linear approximation formula F1 that indicates the steady-state input / output relationships in the regulator valve when operating properly.

The present invention is to prevent user's attribute information from being distributed, in the case where it is to be determined whether or not the attribute information (for example, age, address, and the like) of the user satisfies a service providing condition, when a communication session is established across multiple session managing servers.According to the present invention, attribute information of a user who is using a client logging in a session managing server, and attribute information of a service operating on the client are managed, a condition (SEP) to establish a communication session among multiple session managing servers related to the session establishment is shared, and the session managing server which manages the attribute information compares the attribute information and the SEP to make an access judgment, in order to determine whether or not the communication session is to be established.

A communication apparatus that can be driven with a battery includes: an authentication unit arranged to authenticate a battery attached to the communication apparatus; and a wireless communication unit arranged to communicate with an external apparatus via a wireless network. The wireless communication unit of the communication apparatus is arranged to output a result of authentication by the authentication unit to the external apparatus via the wireless network.

A plug connector position control element for checking the complete and proper execution of an electrical plug connection between a plug having a locking mechanism and a mating connector, which is constantly demonstrable at a remote location, as to whether the electrical plug connection is properly plugged in. A triggering element actuates a sensor element depending upon a properly executed plug connection.

A method is disclosed for the automatic detection and identification of errors in a balancing machine during operation, in which a rotor provided with an unbalance is rotatably mounted in a vibratory bearing in the balancing machine and is set in rotation by a drive, the rotational frequency of the rotating rotor and the vibrations stimulated by the rotor are measured and measurement signals which comprise the measured values of the rotational frequency and the vibrations are generated and delivered to an evaluation computer. The evaluation calculation is based on mathematical models of the dynamic properties of the balancing machine which describe stimulations of the machine structure due to the unbalance, in particular in the balancing planes, and / or due to the rotor geometry and / or due to the bearing and / or possible damage to the bearing. Features such as vibration characteristics and / or process parameters are calculated by a signal-model-based method from the measurement signals, and discrepancies are established by comparing the calculated features with predetermined normal features of an error-free process.

A method for testing of a measuring device arrangement (1), the measuring device arrangement (1) comprising a measuring device (2) which, based on the determination of a measured quantity, generates an output signal which can be tapped from a pick-off site (3) as a pick-off signal. A method for monitoring a measuring device arrangement is devised that constitutes an inline test that does not interrupt the measurement or the transfer of the measured values is achieved in that an action is applied to the measuring device (2) such that the measuring device (2) generates a test signal as the output signal, and that the output signal and / or a signal which is dependent on it is influenced such that the pick-off signal is a definable setting signal.

An apparatus for operating a vehicle, including a control device that is configured to guide the vehicle automatically; and a monitoring device that is configured to monitor the control device for a fault during automatic guidance of the vehicle by the control device, and upon recognition of a fault to take over automated guidance of the vehicle from the control device. A corresponding method and a computer program are also described.

The object of the invention is a method and arrangement including equipment, with which it is possible to add right of use into a SIM card located in a cellular terminal of a cellular network. According to the invention the addition is made with the aid of a prepayment terminal according to the invention, and the possessor of the terminal pays in a desired manner the provided addition of right of use to the legal person, who acts as the intermediary. The cellular network operator bills the legal person, who provided the addition, by an amount corresponding to the added right of use.

An assembly consisting of a control member which comprises a carrier, an operating part movably supported on the carrier, an electromagnetic actuator comprising an armature and a coil for driving the operating part movingly relative to the carrier is provided. The assembly further comprises an electronic control system connected in an electrically conductive manner with the electromagnetic actuator for applying a control voltage to the electromagnetic actuator for a predetermined control period in a control step in order to generate a haptic feedback; a measuring circuit connected in an electrically conductive manner to the electromagnetic actuator for measuring a current present at the electromagnetic actor and for generating a measuring signal proportional thereto; and an evaluation unit connected in an electrically conductive manner at least to the measuring circuit and designed, in a measuring step offset in time relative to the control step, to apply a measuring voltage to the electromagnetic actuator by the electronic control system for a predetermined test period shorter than the control period, in order to measure by the measuring circuit the current which arises at the electromagnetic actuator as the test period elapses due to the application of the measuring voltage and to generate a measuring signal proportional thereto, and in order to obtain a characteristic value of the actuator based on the measuring signal.

A detector for determining a faulty semiconductor component including a semiconductor component, a contact-via chain, which is situated laterally at a distance from the semiconductor component and which surrounds the semiconductor component in regions, a guard ring, which is situated laterally at a distance from the semiconductor component, and an evaluation unit, which is situated on the semiconductor component, wherein the evaluation unit is designed to apply an electrical voltage to the contact-via chain, in particular a permanent electrical voltage, to detect a resistance value of the contact-via chain and to produce an output signal when the resistance value of the contact-via chain exceeds a threshold value.

An assembly consisting of a control member which comprises a carrier, an operating part movably supported on the carrier, an electromagnetic actuator comprising an armature and a coil for driving the operating part movingly relative to the carrier is provided. The assembly further comprises an electronic control system connected in an electrically conductive manner with the electromagnetic actuator for applying a control voltage to the electromagnetic actuator for a predetermined control period in a control step in order to generate a haptic feedback; a measuring circuit connected in an electrically conductive manner to the electromagnetic actuator for measuring a current present at the electromagnetic actor and for generating a measuring signal proportional thereto; and an evaluation unit connected in an electrically conductive manner at least to the measuring circuit and designed, in a measuring step offset in time relative to the control step, to apply a measuring voltage to the electromagnetic actuator by the electronic control system for a predetermined test period shorter than the control period, in order to measure by the measuring circuit the current which arises at the electromagnetic actuator as the test period elapses due to the application of the measuring voltage and to generate a measuring signal proportional thereto, and in order to obtain a characteristic value of the actuator based on the measuring signal.

An attenuated total reflection (“ATR”) sensor (3) determines a substance dissolved in a measurement medium (2). A method is taught to verify a calibration and / or to perform an in-line calibration of the sensor. The ATR sensor includes a housing (7) and an ATR body (4). A light source (12) and a detector (13) are arranged in the housing. The ATR body has at least one measurement surface (5) and, arranged parallel to the latter, a calibration surface (10). The measurement surface (5) can be brought into contact with the measurement medium. A calibration chamber (9), arranged in the housing, is delimited on at least one side by the calibration surface.

A health management device comprises at least four electrodes provided on a main body of an intelligent terminal unit; a constant current generating unit which applies a constant current to at least two electrodes among said at least four electrodes; a voltage detecting unit which detects a voltage of at least two electrodes among said at least four electrodes; a numeral input unit provided on said intelligent terminal unit; a display unit provided on said intelligent terminal unit; a switching unit which switches a function as an intelligent terminal unit into a function as a health management device and vice versa; and a control unit which calculates a health management indicator based on data input from said numeral input unit and a detected data from said voltage detecting unit and displays a calculated result on said display unit when said function being switched into the function as the health management device by said switching unit.

In an implantable medical device, such as a cardiac stimulator such as a pacemaker, and method for predicting patient responses to physical exertion, the patient response is monitored over time to evaluate disease progression and pacing therapies of cardiac stimulators are adapted based on the predicted patient response. A current cardiac status indicator for the patient is created indicating a response of the patient to an increased physical activity as a primarily heart rate response or as a primarily a stroke volume response. The pacing parameters of the cardiac stimulator can thereafter be adapted depending on the current cardiac status indicator, wherein the adapted pacing parameters include a first pacing setting if the current cardiac status indicator indicates a primarily heart rate response or a second pacing setting if the current cardiac status indicator indicates a primarily stroke volume response.

A method for testing of a measuring device arrangement (1), the measuring device arrangement (1) comprising a measuring device (2) which, based on the determination of a measured quantity, generates an output signal which can be tapped from a pick-off site (3) as a pick-off signal. A method for monitoring a measuring device arrangement is devised that constitutes an inline test that does not interrupt the measurement or the transfer of the measured values is achieved in that an action is applied to the measuring device (2) such that the measuring device (2) generates a test signal as the output signal, and that the output signal and / or a signal which is dependent on it is influenced such that the pick-off signal is a definable setting signal.

A coolant distribution interface for a battery system includes a battery module housing comprising a coolant channel, and at least one mounting portion located at an entrance of the coolant channel, wherein the mounting portion comprises a first sealing section and a second sealing section; a matching housing comprising a matching coolant channel, and at least one matching mounting portion located at an entrance of the matching coolant channel, wherein the matching mounting portion comprises a first matching sealing section and a second matching sealing section; a joint coolant channel configured to connect the coolant channel of the mounting portion and the matching coolant channel of the matching mounting portion; a shared sealing element locating between the second sealing section and the second matching sealing section; a channel sealing element sealing the first sealing section and first matching sealing section against the joint coolant channel; a security chamber configured to form by the mounting portion, the matching mounting portion, the shared sealing element and channel sealing element; and a testing channel connecting the security chamber with an outside of the battery module housing and the matching housing, wherein the test channel is penetrated at least one of the battery module housing and the matching housing.

There is described a method to operate a mobile operating device and a mobile operating device, with which machines within of effective ranges which are spanned by RFID transponders can be operated wirelessly. A safety module is provided in the operating device, with which both measured values assigned to the RFID transponders and also reference values of two reference transponders simulated in the operating device are checked in order to ensure the correct measurement and further processing in this way.

The present invention is to prevent user's attribute information from being distributed, in the case where it is to be determined whether or not the attribute information (for example, age, address, and the like) of the user satisfies a service providing condition, when a communication session is established across multiple session managing servers.According to the present invention, attribute information of a user who is using a client logging in a session managing server, and attribute information of a service operating on the client are managed, a condition (SEP) to establish a communication session among multiple session managing servers related to the session establishment is shared, and the session managing server which manages the attribute information compares the attribute information and the SEP to make an access judgment, in order to determine whether or not the communication session is to be established.

Disclosed is a lithium primary battery using a composite electrolyte, wherein, in order to maximize advantages of a lithium thionyl battery and a lithium sulfonyl battery, electrolytes of the two batteries are mixed to proceed two-stage discharging, thereby making it possible to check the battery usage.