mhurhangee/ep-ind-claims huggingface dataset:
A surgical apparatus configured for applying tissue fasteners, comprising: a handle assembly; an elongated body extending from the handle assembly; and a tool assembly) operably mounted on a distal end of the elongate body, the tool assembly including a cartridge assembly with a plurality of fasteners and a housing assembly with a looped member having a substantially planar member defined by a plurality of loops, wherein the tool assembly is configured to advance the plurality of fasteners into the looped member to secure tissue therebetween; wherein the plurality of fasteners each include at least one hook portion (102a, 104a) for engaging the looped member; and the plurality of fasteners are configured to engage the looped member in a loop and hook configuration; characterised in that in that the looped member is coated with or includes a substance to more securely receive the hooked portion, a handle assembly; an elongated body extending from the handle assembly; and a tool assembly) operably mounted on a distal end of the elongate body, the tool assembly including a cartridge assembly with a plurality of fasteners and a housing assembly with a looped member having a substantially planar member defined by a plurality of loops, wherein the tool assembly is configured to advance the plurality of fasteners into the looped member to secure tissue therebetween; wherein the plurality of fasteners each include at least one hook portion (102a, 104a) for engaging the looped member; and the plurality of fasteners are configured to engage the looped member in a loop and hook configuration; characterised in that in that the looped member is coated with or includes a substance to more securely receive the hooked portion,
A system for detecting a property or a state of a dialyzer apparatus or a component thereof before or during the operation of the dialyzer apparatus, with the system comprising the following: the dialyzer apparatus having a housing encompassing an internal volume portion and a membrane filter device disposed in the internal volume portion, where the housing is permeable at least in regions to a signal, such as a radiation signal, and a sensor device that is adapted to be connected directly to the housing of the dialyzer apparatus in a detachable fashion and that comprises a signal receiving unit (210, 212, 220, 222, 224) that is designed to receive at least one radiation signal at least from the internal volume portion of the housing, with the signal being characteristic for the dialyzer apparatus or the state thereof or for the blood treatment, characterized in that the housing of the dialyzer apparatus comprises a first coupling region (111, 111') at its exterior side, the sensor device is formed as a clip unit having at least one or more flexible clip arms or clip cuffs (210, 210'), which encompasses the housing of the dialyzer apparatus in an angular range of more than 180° along the longitudinal direction of the housing and comprises a second coupling region (211,211') that is formed to engage in a positive fit with the first coupling region (111, 111') at the housing of the dialyzer apparatus, wherein the first and second coupling regions (111, 111', 211, 211') are arranged to interact such that the sensor device is mountable in a detachable fashion at the housing of the dialyzer apparatus at a predetermined position along its longitudinal direction. the dialyzer apparatus having a housing encompassing an internal volume portion and a membrane filter device disposed in the internal volume portion, where the housing is permeable at least in regions to a signal, such as a radiation signal, and a sensor device that is adapted to be connected directly to the housing of the dialyzer apparatus in a detachable fashion and that comprises a signal receiving unit (210, 212, 220, 222, 224) that is designed to receive at least one radiation signal at least from the internal volume portion of the housing, with the signal being characteristic for the dialyzer apparatus or the state thereof or for the blood treatment, characterized in that the housing of the dialyzer apparatus comprises a first coupling region (111, 111') at its exterior side, the sensor device is formed as a clip unit having at least one or more flexible clip arms or clip cuffs (210, 210'), which encompasses the housing of the dialyzer apparatus in an angular range of more than 180° along the longitudinal direction of the housing and comprises a second coupling region (211,211') that is formed to engage in a positive fit with the first coupling region (111, 111') at the housing of the dialyzer apparatus, wherein the first and second coupling regions (111, 111', 211, 211') are arranged to interact such that the sensor device is mountable in a detachable fashion at the housing of the dialyzer apparatus at a predetermined position along its longitudinal direction.
A motor vehicle having a vehicle structure and a vehicle part that can be displaced relative to the vehicle structure with the aid of at least one drive cable (24, 24A, 24B) that is provided with a plastics injection moulded section for joining the drive cable to the vehicle part, a load reduction means being provided that comprises at least one coupling member which allows a relative movement between the displaceable vehicle part and the drive cable (24, 24A, 24B) in the case of an acceleration of the vehicle part relative to the vehicle structure and which interacts with a catch means (32, 52, 70, 70') during the relative movement, said catch means absorbing or discharging at least part of the kinetic energy resulting from the acceleration, said catch means (32, 52, 70') comprising deformation elements that are deformed and/or destroyed by the coupling member during the relative movement between the vehicle part and the drive cable (24, 24A, 24B), characterised in that the deformation elements are formed by a ribbing of the catch means (32, 52, 70, 70').
Method for monitoring isolation of an ungrounded DC, direct current, bus of an electric vehicle supply equipment, EVSE, comprising the steps of: Applying a first periodical test signal having a first frequency and applying a second periodical test signal having a second frequency on the DC bus, whereby the second frequency is greater than the first frequency, Measuring a first voltage and/or current fluctuation on the DC bus resulting from the first test signal and measuring a second voltage and/or current fluctuation on the DC bus resulting from the second test signal, and Correlating the first test signal with the first fluctuation resulting in a first vector and correlating the second test signal with the second fluctuation resulting in a second vector, characterised in the method further comprising the steps of: Band pass-filtering the second fluctuation and subtracting the band pass-filtered second fluctuation from the first fluctuation and band pass-filtering the first fluctuation and subtracting the band pass-filtered first fluctuation from the second fluctuation, and whereby the step of correlating comprises Correlating the first test signal with the band pass-filtered first fluctuation resulting in the first vector and correlating the second test signal with the band pass-filtered second fluctuation resulting in the second vector. Applying a first periodical test signal having a first frequency and applying a second periodical test signal having a second frequency on the DC bus, whereby the second frequency is greater than the first frequency, Measuring a first voltage and/or current fluctuation on the DC bus resulting from the first test signal and measuring a second voltage and/or current fluctuation on the DC bus resulting from the second test signal, and Correlating the first test signal with the first fluctuation resulting in a first vector and correlating the second test signal with the second fluctuation resulting in a second vector, characterised in the method further comprising the steps of: Band pass-filtering the second fluctuation and subtracting the band pass-filtered second fluctuation from the first fluctuation and band pass-filtering the first fluctuation and subtracting the band pass-filtered first fluctuation from the second fluctuation, and whereby the step of correlating comprises Correlating the first test signal with the band pass-filtered first fluctuation resulting in the first vector and correlating the second test signal with the band pass-filtered second fluctuation resulting in the second vector. Band pass-filtering the second fluctuation and subtracting the band pass-filtered second fluctuation from the first fluctuation and band pass-filtering the first fluctuation and subtracting the band pass-filtered first fluctuation from the second fluctuation, and whereby the step of correlating comprises Correlating the first test signal with the band pass-filtered first fluctuation resulting in the first vector and correlating the second test signal with the band pass-filtered second fluctuation resulting in the second vector.
A method for dual connectivity in a LTE-based mobile communication system including a first base station, a second base station, and a mobile device connected to the first base station, the method comprising the steps of: at the first base station, sending control information about the second base station, except for information for performing radio frame synchronization, to the mobile device by a dedicated radio resource control signal; and at the mobile device, according to information provided by the dedicated radio resource control signal, receiving the information for performing the radio frame synchronization over a physical broadcast channel of a first cell of the second base station. at the first base station, sending control information about the second base station, except for information for performing radio frame synchronization, to the mobile device by a dedicated radio resource control signal; and at the mobile device, according to information provided by the dedicated radio resource control signal, receiving the information for performing the radio frame synchronization over a physical broadcast channel of a first cell of the second base station.
A two-component system comprising a first and a second component which are physically separated, wherein the first component comprises a dry powder, the dry powder comprising a therapeutically effective amount of acetylsalicylic acid and optionally one or more pharmaceutically acceptable excipients; and wherein the second component comprises an aqueous solution comprising at least one pharmaceutically acceptable salt of carbonic acid and optionally one or more pharmaceutically acceptable excipients; provided that the second component does not comprises a salt of citric acid; and wherein an aqueous solution of ASA with a pH above 7.5 will be obtained upon mixing of the two components.
A vacuum cleaner having a casing, - a motor housing inside the casing and provided with an inlet and an outlet, - a motor and suction fan unit enclosed by a motor and suction fan unit casing 15, which is arranged in the motor housing and which is arranged to create a suction flow in through the inlet of the motor housing, through the motor and suction fan unit and out through the outlet of the motor housing, - holding means for holding the motor and suction fan unit casing at the motor housing, - sealing means arranged to guide the suction flow from the inlet of the motor housing and into the motor and suction fan unit in a sealingly manner, wherein - the holding means is arranged to prevent propagation of vibrations originated in the motor and suction fan unit to the motor housing by the holding means responding resiliently to forces from the motor and suction fan unit, wherein the holding means carries the motor and suction fan unit casing at the motor housing, and wherein the sealing means is arranged to prevent propagation of vibrations originated in the motor and suction fan unit to the motor housing by yielding to forces from the motor and suction fan unit casing, characterized in that the motor and suction fan unit casing, at least during operation, is carried by the holding means only and when the vacuum cleaner is turned off the motor and suction fan unit casing falls back into a resting position. - a motor housing inside the casing and provided with an inlet and an outlet, - a motor and suction fan unit enclosed by a motor and suction fan unit casing 15, which is arranged in the motor housing and which is arranged to create a suction flow in through the inlet of the motor housing, through the motor and suction fan unit and out through the outlet of the motor housing, - holding means for holding the motor and suction fan unit casing at the motor housing, - sealing means arranged to guide the suction flow from the inlet of the motor housing and into the motor and suction fan unit in a sealingly manner, wherein - the holding means is arranged to prevent propagation of vibrations originated in the motor and suction fan unit to the motor housing by the holding means responding resiliently to forces from the motor and suction fan unit, wherein the holding means carries the motor and suction fan unit casing at the motor housing, and wherein the sealing means is arranged to prevent propagation of vibrations originated in the motor and suction fan unit to the motor housing by yielding to forces from the motor and suction fan unit casing, characterized in that
A particle packing apparatus for packing particles into a vessel, comprising: an apparatus frame held at a fixed position with respect to the vessel; a distributor which is rotational symmetrical to a central axis extended vertically and is configured to distribute the particles; a bearing fixed to the apparatus frame and holding the distributor rotatably; a particle supplying unit fixed to the apparatus frame, being rotational symmetrical to the central axis, having a bottom opening being smaller than an inner diameter of the bearing and supplying the particles to the distributor through the bottom opening; and a motor rotating the distributor; characterised by the distributor including: a uniaxial rotation elliptical dish having slits formed in for emitting the particles; and a dish rotation shaft connecting the dish to a rotation shaft of the bearing wherein the dish rotation shaft has a configuration in which particles supplied from the particle supplying unit to the dish do not come into contact with the dish rotation shaft. an apparatus frame held at a fixed position with respect to the vessel; a distributor which is rotational symmetrical to a central axis extended vertically and is configured to distribute the particles; a bearing fixed to the apparatus frame and holding the distributor rotatably; a particle supplying unit fixed to the apparatus frame, being rotational symmetrical to the central axis, having a bottom opening being smaller than an inner diameter of the bearing and supplying the particles to the distributor through the bottom opening; and a motor rotating the distributor; characterised by the distributor including: a uniaxial rotation elliptical dish having slits formed in for emitting the particles; and a dish rotation shaft connecting the dish to a rotation shaft of the bearing wherein the dish rotation shaft has a configuration in which particles supplied from the particle supplying unit to the dish do not come into contact with the dish rotation shaft. a uniaxial rotation elliptical dish having slits formed in for emitting the particles; and a dish rotation shaft connecting the dish to a rotation shaft of the bearing wherein the dish rotation shaft has a configuration in which particles supplied from the particle supplying unit to the dish do not come into contact with the dish rotation shaft.
Compressor, in particular screw compressor, for generating compressed air, comprising: - a compressor block having liquid injection for compressing intake air, - a liquid separator, which is connected to the compressor block via a pressure line and has a separator tank and a fine separator, - a return line for returning separated liquid from the separator tank to the compressor block, - a suction line for extracting liquid from at least one suction point of the fine separator to a feed point in order to feed the extracted liquid to the compressor block, characterized by - a controllable valve for regulating the flow rate through the suction line, - a control unit for controlling the valve, and - a media change sensor for detecting a media change of a medium flowing in the suction line, namely from extracted liquid to compressed air, which is connected to the control unit. - a compressor block having liquid injection for compressing intake air, - a liquid separator, which is connected to the compressor block via a pressure line and has a separator tank and a fine separator, - a return line for returning separated liquid from the separator tank to the compressor block, - a suction line for extracting liquid from at least one suction point of the fine separator to a feed point in order to feed the extracted liquid to the compressor block, - a controllable valve for regulating the flow rate through the suction line, - a control unit for controlling the valve, and - a media change sensor for detecting a media change of a medium flowing in the suction line, namely from extracted liquid to compressed air, which is connected to the control unit.
A communication terminal comprising: an obtaining unit (11, 22) configured to obtain an application; a storage unit (14, 23) configured to store information including origins used within the communication terminal for each application obtained by the obtaining unit; a setting unit (13, 23) configured to search, when the communication terminal obtains an application, whether information that includes an origin of the application is stored in the storage unit and, when the information that includes the origin is not stored, to set information that includes an origin used within the communication terminal in a manner such that the information that includes the origin used within the communication terminal is different from information that is stored in the storage unit and includes an origin; and an execution unit (4, 22) configured to use a plurality of execution schemes for one application, wherein the execution schemes are each associated with a different one of the origins of the applications, and the applications use a different local storage for each of the origins. an obtaining unit (11, 22) configured to obtain an application; a storage unit (14, 23) configured to store information including origins used within the communication terminal for each application obtained by the obtaining unit; a setting unit (13, 23) configured to search, when the communication terminal obtains an application, whether information that includes an origin of the application is stored in the storage unit and, when the information that includes the origin is not stored, to set information that includes an origin used within the communication terminal in a manner such that the information that includes the origin used within the communication terminal is different from information that is stored in the storage unit and includes an origin; and an execution unit (4, 22) configured to use a plurality of execution schemes for one application, wherein the execution schemes are each associated with a different one of the origins of the applications, and the applications use a different local storage for each of the origins.
A radar system for discriminating between sources of radar interference and targets of interest, the system comprising: means for transmitting radar signals into a region to persistently illuminate that region; means for receiving return signals of said radar signals returned from within said region; and means for processing the return signals to discriminate between return signals returned from a first object comprising a target of interest and return signals returned from a second object comprising a source of radar interference wherein said return signals from said objects comprise Doppler components; wherein said processing means is operable to discriminate between said return signals in dependence on an evolution of a spread of said Doppler components for each object over time based on an algorithm for identifying if the set of Doppler components develops in accordance with a predefined mathematical model or function.
A pressure roller station for rotary presses, having two pressure-roller receiving pressure-roller axles, characterized in that a guide profile of the pressure roller station is designed to be open in the sense that the guide profile, on at least one side of the profile, has lateral parts (112, 113) that are not completely closed, and the pressure-roller axles are disposed on mutually adjustable upper and lower pressure roller receptacles (2, 3) which are guided by the guide profile, wherein the pressure-roller axles are present so as to be disposed parallel with the two lateral parts (112, 113) of the guide profile.
Metallic screw-closure cap with anti-tamper ring made of plastic for containers having a threaded neck and having a shoulder below said thread as a radially inner abutment for an inwardly projecting protrusion on the lower cylindrical ring part of the anti-tamper ring, and having a radially inwardly open bead margin of approximately U-shaped configuration at the lower end of the shell of the screw-closure cap, wherein the anti-tamper ring has an upper ring part and a lower ring part, and predetermined breaking lines are arranged in and/or on the lower ring part, - wherein the radially inwardly open bead margin of approximately U-shaped configuration at the lower end of the shell of the screw-closure cap engages in a circumferential groove in the upper ring part of the anti-tamper ring and in this way encloses an upper portion of the upper ring part, - wherein the lower ring part is detachably connected by way of a predetermined breaking line to the lower edge of the outer lower ring portion of the upper ring part - and the lower ring portion of the upper ring part runs below the lower edge of the bead margin of the screw-closure cap, characterized in that - the circumferential groove in the upper ring part of the anti-tamper ring runs between an upper ring portion and a lower ring portion of the upper ring part, - wherein said ring portions (7, 8) are connected by way of an elastically resilient web which is circumferential on the inside and which closes off the groove in the direction of the threaded neck. - wherein the radially inwardly open bead margin of approximately U-shaped configuration at the lower end of the shell of the screw-closure cap engages in a circumferential groove in the upper ring part of the anti-tamper ring and in this way encloses an upper portion of the upper ring part, - wherein the lower ring part is detachably connected by way of a predetermined breaking line to the lower edge of the outer lower ring portion of the upper ring part - and the lower ring portion of the upper ring part runs below the lower edge of the bead margin of the screw-closure cap, characterized in that - the circumferential groove in the upper ring part of the anti-tamper ring runs between an upper ring portion and a lower ring portion of the upper ring part, - wherein said ring portions (7, 8) are connected by way of an elastically resilient web which is circumferential on the inside and which closes off the groove in the direction of the threaded neck.