mhurhangee/ep-ind-claims huggingface dataset:
A group communication method, comprising: receiving, by a service function entity, from a network application, a group access request that requests access to a group, wherein the group access request comprises a group identifier of the group; obtaining, by the service function entity, group member information of all group members in the group according to the group identifier; determining, by the service function entity and according to the group member information, members of a first group that are connected to the service function entity through a same gateway in the group; and sending, by the service function entity, to the gateway, a first group member access request that requests access to the members of the first group, wherein the step of sending, to the gateway, a first group member access request that requests access to the members of the first group comprises: creating, according to at least one of the following features: a group member feature and a network feature of the members of the first group, a sub-group comprising all members of the first group on the gateway; and sending a sub-group access request to the gateway, wherein the sub-group access request comprises a sub-group identifier of the sub-group. receiving, by a service function entity, from a network application, a group access request that requests access to a group, wherein the group access request comprises a group identifier of the group; obtaining, by the service function entity, group member information of all group members in the group according to the group identifier; determining, by the service function entity and according to the group member information, members of a first group that are connected to the service function entity through a same gateway in the group; and sending, by the service function entity, to the gateway, a first group member access request that requests access to the members of the first group, wherein the step of sending, to the gateway, a first group member access request that requests access to the members of the first group comprises: creating, according to at least one of the following features: a group member feature and a network feature of the members of the first group, a sub-group comprising all members of the first group on the gateway; and sending a sub-group access request to the gateway, wherein the sub-group access request comprises a sub-group identifier of the sub-group. creating, according to at least one of the following features: a group member feature and a network feature of the members of the first group, a sub-group comprising all members of the first group on the gateway; and sending a sub-group access request to the gateway, wherein the sub-group access request comprises a sub-group identifier of the sub-group.
A titanium-containing structure having: a package made of a commercially pure titanium material; and a filler packed into the package, wherein a n internal pressure of the package is 10 Pa or less, the pressure being an absolute pressure and wherein the filler comprises at least one selected from titanium sponge, titanium briquet, and titanium scrap, and the filler has the same type of a chemical composition as the commercially pure titanium material. a package made of a commercially pure titanium material; and a filler packed into the package, wherein a n internal pressure of the package is 10 Pa or less, the pressure being an absolute pressure and wherein the filler comprises at least one selected from titanium sponge, titanium briquet, and titanium scrap, and the filler has the same type of a chemical composition as the commercially pure titanium material.
A cold storage comprising: a box with an opening at front; a frame bordering the opening; and a sliding door (30, 40) attached to the frame and including, in at least one of a left-side end portion and a right-side end portion, a drain channel extending vertically; characterized by further comprising a porous body (35, 36) with water permeability, the porous body being attached to an upper surface of the sliding door to establish fluid communication with the drain channel. a box with an opening at front; a frame bordering the opening; and a sliding door (30, 40) attached to the frame and including, in at least one of a left-side end portion and a right-side end portion, a drain channel extending vertically; characterized by further comprising a porous body (35, 36) with water permeability, the porous body being attached to an upper surface of the sliding door to establish fluid communication with the drain channel.
Device for conditioning glue, having at least one supply pipe, a pipe for transporting the conditioned glue for further use and a dispersing unit, characterized in that the dispersing unit is connected in series to at least one heat exchanger (6, 13) for setting the temperature of the glue depending on the predetermined viscosity.
Connecting rod for an internal combustion engine comprising a shaft and two connecting rod eyes (2, 3), of which the connecting rod eye which receives a piston pin has an eccentric forming a pin bearing, and comprising an actuating drive, which can be driven via a hydraulic actuating cylinder, for a gear ring of the eccentric, characterised in that the eccentric is mounted so it is rotationally adjustable between two stop-limited operating positions, which are offset by at least approximately 180° from one another, in which the axis of the pin bearing is located at least approximately in a common axial plane of the two connecting rod eyes (2, 3), and the actuating drive which is accommodated in the shaft comprises a gearwheel which meshes with the gear ring of the eccentric.
An ophthalmic pattern laser comprising: a plurality of laser assemblies each laser assembly including at least a treatment laser device configured to emit a treatment laser beam and an aiming laser device configured to emit an aiming laser beam; a plurality of optical fibres, each optical fibre associated with each laser assembly, the optical fibres being arranged into a fibre bundle; an optical coupling module associated with each laser assembly and each optical fibre wherein the optical coupling module couples a treatment laser beam and an aiming laser beam into an associated optical fibre; a controller configured to control the operation of the laser devices by selectively turning on or off one or more of the laser devices (111a, 111b) so as to form a laser aiming pattern or a laser treatment pattern of laser spots at an end of the fibre bundle away from the laser devices (111a, 111b); and a delivery system configured to direct the output from the fibre bundle to a treatment zone wherein the fibre bundle is configured to remain stationary during the treatment. a plurality of laser assemblies each laser assembly including at least a treatment laser device configured to emit a treatment laser beam and an aiming laser device configured to emit an aiming laser beam; a plurality of optical fibres, each optical fibre associated with each laser assembly, the optical fibres being arranged into a fibre bundle; an optical coupling module associated with each laser assembly and each optical fibre wherein the optical coupling module couples a treatment laser beam and an aiming laser beam into an associated optical fibre; a controller configured to control the operation of the laser devices by selectively turning on or off one or more of the laser devices (111a, 111b) so as to form a laser aiming pattern or a laser treatment pattern of laser spots at an end of the fibre bundle away from the laser devices (111a, 111b); and a delivery system configured to direct the output from the fibre bundle to a treatment zone wherein the fibre bundle is configured to remain stationary during the treatment.
A transport drive unit including: a watertight elongated housing (14, 304) extending along a longitudinal axis and defining an inner chamber (30, 314), the housing (14, 304) including a top wall and a bottom wall; at least one track-driving motor (32, 310), the motor (32, 310) being located in the inner chamber (30, 314) of the housing (14, 304) and including an output shaft that is mechanically connected to at least one track; a ventilation circuit for the inner chamber (30, 314) of the housing (14, 304), the ventilation circuit including an air inlet and an air outlet which communicate with outside of the housing (14, 304), the ventilation circuit allowing the interior of the inner chamber (30, 314) to be kept above the freezing point when the outside temperature is lower and allowing the interior of the inner chamber (30, 314) of the housing (14, 304) to be cooled when its temperature is above an upper threshold; characterized in that the drive unit further includes: two juxtaposed tracks, disposed in parallel around the housing (14, 304) along its longitudinal axis, allowing the drive unit to move when the tracks are driven in rotation around the housing (14, 304) by said at least one track-driving motor (32, 310); a transport rack located above the tracks and that is connected to the housing (14, 304); and a dump body provided on the transport rack. a watertight elongated housing (14, 304) extending along a longitudinal axis and defining an inner chamber (30, 314), the housing (14, 304) including a top wall and a bottom wall; at least one track-driving motor (32, 310), the motor (32, 310) being located in the inner chamber (30, 314) of the housing (14, 304) and including an output shaft that is mechanically connected to at least one track; a ventilation circuit for the inner chamber (30, 314) of the housing (14, 304), the ventilation circuit including an air inlet and an air outlet which communicate with outside of the housing (14, 304), the ventilation circuit allowing the interior of the inner chamber (30, 314) to be kept above the freezing point when the outside temperature is lower and allowing the interior of the inner chamber (30, 314) of the housing (14, 304) to be cooled when its temperature is above an upper threshold; characterized in that the drive unit further includes: two juxtaposed tracks, disposed in parallel around the housing (14, 304) along its longitudinal axis, allowing the drive unit to move when the tracks are driven in rotation around the housing (14, 304) by said at least one track-driving motor (32, 310); a transport rack located above the tracks and that is connected to the housing (14, 304); and a dump body provided on the transport rack. two juxtaposed tracks, disposed in parallel around the housing (14, 304) along its longitudinal axis, allowing the drive unit to move when the tracks are driven in rotation around the housing (14, 304) by said at least one track-driving motor (32, 310); a transport rack located above the tracks and that is connected to the housing (14, 304); and a dump body provided on the transport rack.
A method of diagnosing whether a subject has breast, pancreas or prostate cancer comprising: measuring the level of at least a first miR-181b-1 gene product in a breast, pancreas or prostate tissue sample from the subject, wherein an alteration in the level of the first miR-181b-1 gene product in the sample, relative to the level of the first miR-181b-1 gene product in a control sample, is indicative of the subject having breast, pancreas or prostate cancer. measuring the level of at least a first miR-181b-1 gene product in a breast, pancreas or prostate tissue sample from the subject, wherein an alteration in the level of the first miR-181b-1 gene product in the sample, relative to the level of the first miR-181b-1 gene product in a control sample, is indicative of the subject having breast, pancreas or prostate cancer.
A monoclonal neutralizing antibody, recombinant or synthetic antigen-binding fragments thereof able to recognise and bind an epitope comprised in the aa. 732 to aa. 874 region of SEQ ID No. 2 of ADAMTS-5.
An error correction coding device comprising an error correction encoder arranged for performing coding on both a transmission area and a redundancy area of a transmission frame by using a product code to generate a product code frame, wherein: the error correction encoder is adapted to non-uniformly allocate parity sequence data of the product code frame to an information sequence area in the product code frame in a case where a parity sequence area in the product code frame is smaller than the redundancy area of the transmission frame; the product code frame includes a first element code and a second element code, both of whose coding directions are the same; the first element code does not include the parity sequence data to be non-uniformly allocated to the information sequence area, while the second element code includes the parity sequence data to be non-uniformly allocated to the information sequence area; and the error correction encoder is adapted to perform the non-uniform allocation by means of a coding method where the second element code is configured as a subcode of the first element code, wherein the product code frame includes a third element code whose coding direction is orthogonal to that of the first and second element codes (202, 203), characterized in that the first and second element codes (202, 203) are inner codes of the product code frame, and the third element code is an outer code of the product code frame. the error correction encoder is adapted to non-uniformly allocate parity sequence data of the product code frame to an information sequence area in the product code frame in a case where a parity sequence area in the product code frame is smaller than the redundancy area of the transmission frame; the product code frame includes a first element code and a second element code, both of whose coding directions are the same; the first element code does not include the parity sequence data to be non-uniformly allocated to the information sequence area, while the second element code includes the parity sequence data to be non-uniformly allocated to the information sequence area; and the error correction encoder is adapted to perform the non-uniform allocation by means of a coding method where the second element code is configured as a subcode of the first element code,
A weighing device for open table pallet wrapping machines, which are equipped with a fixed frame and an open turntable, characterised in that it comprises a floating table, superposable on the open turntable and vertically movable relative to it, a plurality of load cells fixed to the open turntable, and rigid constraining means interposed between the floating table and the load cells, in which the constraining means, suitable for engaging in the floating table and for being fixed to the load cells, do not interfere with the open turntable, the turntable being equipped with through holes.
A pulp dryer comprising - several superimposed nozzle levels on which the pulp web to be dried is arranged to be conveyed; - several turn rolls for directing the pulp web from one nozzle level to another, and - walls and a roof which substantially surround the nozzle levels and the turn rolls, - openable access doors provided at an end wall of the pulp dryer; whereby the pulp dryer further comprises an apparatus for removing a broken pulp web from the pulp dryer, the apparatus comprising - a maintenance platform arranged at a first or a second end of the pulp dryer, outside the walls of the pulp dryer; - means for shifting the maintenance platform in a substantially vertical direction to a desired height with respect to the pulp dryer, and - an extraction device fixed to the maintenance platform for pulling a broken pulp web out from the pulp dryer through an opened access door; characterized in that the extraction device is fixed to the edge of the maintenance platform facing the pulp dryer. - several superimposed nozzle levels on which the pulp web to be dried is arranged to be conveyed; - several turn rolls for directing the pulp web from one nozzle level to another, and - walls and a roof which substantially surround the nozzle levels and the turn rolls, - openable access doors provided at an end wall of the pulp dryer; whereby the pulp dryer further comprises an apparatus for removing a broken pulp web from the pulp dryer, the apparatus comprising - a maintenance platform arranged at a first or a second end of the pulp dryer, outside the walls of the pulp dryer; - means for shifting the maintenance platform in a substantially vertical direction to a desired height with respect to the pulp dryer, and - an extraction device fixed to the maintenance platform for pulling a broken pulp web out from the pulp dryer through an opened access door;
A hybrid vehicle comprising: a power storage device, an engine, a power generation mechanism for generating charging electric power of said power storage device by an output from said engine, and a control unit configured to set charging/discharging electric power (Pchg) of said power storage device to control SOC of said power storage device to be within a range from a lower limit SOC (Smin) to an upper limit SOC (Smax) including a SOC control target (Sr, Sr#) in a running mode with said engine operating, said control unit setting said charging/discharging electric power according to current SOC and requirement power (Pr*) required for vehicle running, within a range from a discharging upper limit value (Pdmax) to a charging upper limit value (Pcmax), said discharging upper limit value being set in advance for each SOC so as to allow discharging of said power storage device to an extent corresponding to a first SOC (S2, S2#) higher than said lower limit SOC according to said requirement power, even when said SOC is lower than said SOC control target, and said charging upper limit value being set in advance for each SOC so as to allow charging of said power storage device to an extent corresponding to a second SOC (S3, S3#) lower than said upper limit SOC according to said requirement power, even when said SOC is higher than said SOC control target (Sr, Sr#). a power storage device, an engine, a power generation mechanism for generating charging electric power of said power storage device by an output from said engine, and a control unit configured to set charging/discharging electric power (Pchg) of said power storage device to control SOC of said power storage device to be within a range from a lower limit SOC (Smin) to an upper limit SOC (Smax) including a SOC control target (Sr, Sr#) in a running mode with said engine operating, said control unit setting said charging/discharging electric power according to current SOC and requirement power (Pr*) required for vehicle running, within a range from a discharging upper limit value (Pdmax) to a charging upper limit value (Pcmax), said discharging upper limit value being set in advance for each SOC so as to allow discharging of said power storage device to an extent corresponding to a first SOC (S2, S2#) higher than said lower limit SOC according to said requirement power, even when said SOC is lower than said SOC control target, and said charging upper limit value being set in advance for each SOC so as to allow charging of said power storage device to an extent corresponding to a second SOC (S3, S3#) lower than said upper limit SOC according to said requirement power, even when said SOC is higher than said SOC control target (Sr, Sr#).
A passive component network for an implantable leadwire of an active implantable medical device (AIMD), comprising: at least one leadwire (12, 14) having a length extending between and to a proximal end and a tissue-stimulating or biological-sensing electrode (50, 52) at a distal tip end; and a frequency selective energy diversion circuit for diverting high frequency energy away from the electrode (50, 52) to a point or an area spaced from the electrode for dissipation of said high-frequency energy; and an energy dissipating surface disposed at said point or area spaced from the electrode, wherein the energy dissipating surface is disposable within the blood flow of a patient, and wherein the frequency selective energy diversion circuit comprises at least one series resonant LC trap filter. at least one leadwire (12, 14) having a length extending between and to a proximal end and a tissue-stimulating or biological-sensing electrode (50, 52) at a distal tip end; and a frequency selective energy diversion circuit for diverting high frequency energy away from the electrode (50, 52) to a point or an area spaced from the electrode for dissipation of said high-frequency energy; and an energy dissipating surface disposed at said point or area spaced from the electrode, wherein the energy dissipating surface is disposable within the blood flow of a patient, and wherein the frequency selective energy diversion circuit comprises at least one series resonant LC trap filter.
Film bag for storing a fluid, in particular a reagent or an auxiliary agent for a biochemical analysis method, wherein the film bag comprises the following features: a film which is impermeable to the fluid and constituent parts of the fluid; a seam between a first part region of the film and a second part region of the film, wherein the seam is realized in a fluid-tight manner and the film forms into a fluid-tight bag for receiving the fluid, wherein the bag is realized for the purpose of being arranged in a chamber of a device for providing a fluid for a biochemical evaluation unit; and a defined irreversibly destructible predetermined breaking point which is realized from the film and is fluid-tight when a fluid pressure in the film bag is less than a limit value, and which is destroyed when the fluid pressure is greater than the limit value, characterized in that there is furthermore provided an additional element which is fastened on a film continuation of the film that is realized as a bend point, wherein the film continuation is arranged on a side of the seam that is remote from the centre of the bag, wherein the additional element is realized for the purpose of being bent and/or pressed onto the bag in order to concentrate and/or increase a pressure onto the bag, wherein the additional element comprises a continuation which protrudes on a side located opposite the bend point out of a main extension plane of the additional element and is realized for the purpose of surrounding the predetermined breaking point at least in part when the additional element is bent onto the bag. a film which is impermeable to the fluid and constituent parts of the fluid; a seam between a first part region of the film and a second part region of the film, wherein the seam is realized in a fluid-tight manner and the film forms into a fluid-tight bag for receiving the fluid, wherein the bag is realized for the purpose of being arranged in a chamber of a device for providing a fluid for a biochemical evaluation unit; and a defined irreversibly destructible predetermined breaking point which is realized from the film and is fluid-tight when a fluid pressure in the film bag is less than a limit value, and which is destroyed when the fluid pressure is greater than the limit value, characterized in that there is furthermore provided an additional element which is fastened on a film continuation of the film that is realized as a bend point, wherein the film continuation is arranged on a side of the seam that is remote from the centre of the bag, wherein the additional element is realized for the purpose of being bent and/or pressed onto the bag in order to concentrate and/or increase a pressure onto the bag, wherein the additional element comprises a continuation which protrudes on a side located opposite the bend point out of a main extension plane of the additional element and is realized for the purpose of surrounding the predetermined breaking point at least in part when the additional element is bent onto the bag.