mhurhangee/patent-ind-claim-en huggingface dataset:
A syringe driving apparatus comprising: a housing to which a syringe is attachable, the housing having a front end , a back end and a compartment between the front end and the back end , the compartment is configured to receive a plunger of the syringe therein; a driving member disposed in the compartment, the driving member being movable relative to the housing between the front end and the back end ; a resilient member connected to the housing and the driving member , wherein movement of the driving member towards the back end deforms the resilient member to store potential energy in the resilient member , and upon release of the potential energy, the resilient member moves the driving member towards the front end to press the plunger to expel medicine out of the syringe characterized in that the driving member includes a casing and a slider rotatably coupled to the casing , the casing being rotatably and slidably coupled to the housing , the slider being slidably coupled to the housing , wherein the resilient member is a spiral spring having an inner end connected to the slider and an outer end connected to the casing , wherein movement of the slider along an axial direction of the housing towards the back end causes the casing to rotate to wind the spiral spring to store potential energy in the spiral spring , and upon release of the potential energy, the spiral spring unwinds to move the casing along an axial direction towards the front end to press the plunger . a housing to which a syringe is attachable, the housing having a front end , a back end and a compartment between the front end and the back end , the compartment is configured to receive a plunger of the syringe therein; a driving member disposed in the compartment, the driving member being movable relative to the housing between the front end and the back end ; a resilient member connected to the housing and the driving member , wherein movement of the driving member towards the back end deforms the resilient member to store potential energy in the resilient member , and upon release of the potential energy, the resilient member moves the driving member towards the front end to press the plunger to expel medicine out of the syringe
Transfer paper for sublimation printing, having one or more alkaline-earth metal salts on at least one side.
A printing material cartridge comprising: a reservoir storing printing material to supply a printing apparatus ; a storage medium storing process instructions for controlling a printing material recirculation process in the printing apparatus to transport the printing material within the printing apparatus and to and from the printing material cartridge; characterized in that the storage medium stores: a reservoir printing material level parameter indicative of the amount of printing material in the reservoir; a recirculation cycle counter indicative of the number of recirculation events experienced by the cartridge; a maximum recirculation cycle parameter indicative of the maximum number of recirculation events that may be experienced by the cartridge. a reservoir storing printing material to supply a printing apparatus ; a storage medium storing process instructions for controlling a printing material recirculation process in the printing apparatus to transport the printing material within the printing apparatus and to and from the printing material cartridge; characterized in that the storage medium stores: a reservoir printing material level parameter indicative of the amount of printing material in the reservoir; a recirculation cycle counter indicative of the number of recirculation events experienced by the cartridge; a maximum recirculation cycle parameter indicative of the maximum number of recirculation events that may be experienced by the cartridge. a recirculation cycle counter indicative of the number of recirculation events experienced by the cartridge; a maximum recirculation cycle parameter indicative of the maximum number of recirculation events that may be experienced by the cartridge.
Valve device for pressure equalization of the pressure within said device and the surrounding atmosphere, the device comprising: a chamber and a pipe , the chamber being connected at an upper end of the pipe , wherein the chamber is in selectively fluid communication with the pipe , the chamber comprises a check valve arranged to allow fluid communication between the chamber and the surrounding atmosphere when the pressure difference between the surrounding atmosphere and the pressure within the chamber reaches a predetermined value, the valve device further comprises a float valve , wherein the float valve comprises a movable valve member and a valve seat situated within the pipe , said float valve being arranged to allow fluid communication within the valve device in an inactive state, and, when a liquid enters the pipe through a lower end of the pipe , engage the valve seat which stops fluid communication and prevents said liquid to reach the chamber , characterized in that the movable valve member comprises a substantially convex top surface and a flat bottom surface corresponding to an area defined by the perimeter of a lowest portion of the convex top surface . a chamber and a pipe , the chamber being connected at an upper end of the pipe , wherein the chamber is in selectively fluid communication with the pipe , the chamber comprises a check valve arranged to allow fluid communication between the chamber and the surrounding atmosphere when the pressure difference between the surrounding atmosphere and the pressure within the chamber reaches a predetermined value, the valve device further comprises a float valve , wherein the float valve comprises a movable valve member and a valve seat situated within the pipe , said float valve being arranged to allow fluid communication within the valve device in an inactive state, and, when a liquid enters the pipe through a lower end of the pipe , engage the valve seat which stops fluid communication and prevents said liquid to reach the chamber , characterized in that the movable valve member comprises a substantially convex top surface and a flat bottom surface corresponding to an area defined by the perimeter of a lowest portion of the convex top surface .
A wearable device comprising an arrangement for determining amount of aging of the wearable device: wherein the arrangement comprises: - a data processing unit , - a sensor having a property, and - a loop coupled with the wearable device and sensor, which loop is an electrically implemented loop and has an electrical property which can be measured from the loop, - the loop is configured to function as a reference loop at a first moment measuring the electrical property of the loop and as a measuring loop at a second moment measuring the reading of the sensor , - the electrical property with a readable value of the loop and the property of the sensor vary different ways in time and thereby the readable value of the loop depends on the amount of aging of the loop and the readable value of the sensor depends on the amount of aging of the loop and sensor and thereby both values depend on aging of the wearable device to which the loop and sensor are coupled with, and - wherein the loop is coupled with the data processing unit electrically, so that the data processing unit is configured to measure electrical property values of the reference loop and measuring loop , wherein the data processing unit is configured to determine the amount of aging based on a different amount of change in measured values of the electrical property of the reference loop and measuring loop , wherein the difference of the measured values is compared to another predetermined measured difference value of the electrical property of the reference loop and measuring loop, where a trend or dependency or behaviour of the electrical property of the measured values is known in function of time or under mechanical deterioration, detrition, erosion or abrasion. - a data processing unit , - a sensor having a property, and - a loop coupled with the wearable device and sensor, which loop is an electrically implemented loop and has an electrical property which can be measured from the loop, - the loop is configured to function as a reference loop at a first moment measuring the electrical property of the loop and as a measuring loop at a second moment measuring the reading of the sensor , - the electrical property with a readable value of the loop and the property of the sensor vary different ways in time and thereby the readable value of the loop depends on the amount of aging of the loop and the readable value of the sensor depends on the amount of aging of the loop and sensor and thereby both values depend on aging of the wearable device to which the loop and sensor are coupled with, and - wherein the loop is coupled with the data processing unit electrically, so that the data processing unit is configured to measure electrical property values of the reference loop and measuring loop ,
A method of preparing T-cells for immunotherapy comprising the steps of: (a) Genetically modifying T-cells by introduction into the cells and/or expression in the cells of at least: - a RNA-guided endonuclease; and - a specific guide RNA that directs said endonuclease to at least one targeted locus in the T-cell genome, wherein said RNA-guided endonuclease is fused to a NLS, which acts to drive the protein to the nucleus through the Nuclear Pore Complex and wherein said RNA-guided endonuclease is expressed from transfected mRNA or provided as a polypeptide produced outside the cell, and said guide RNA is expressed in the cells as a transcript from a DNA vector; (b) expanding the resulting cells in vitro. (a) Genetically modifying T-cells by introduction into the cells and/or expression in the cells of at least: - a RNA-guided endonuclease; and - a specific guide RNA that directs said endonuclease to at least one targeted locus in the T-cell genome, wherein said RNA-guided endonuclease is fused to a NLS, which acts to drive the protein to the nucleus through the Nuclear Pore Complex and wherein said RNA-guided endonuclease is expressed from transfected mRNA or provided as a polypeptide produced outside the cell, and said guide RNA is expressed in the cells as a transcript from a DNA vector; - a RNA-guided endonuclease; and - a specific guide RNA that directs said endonuclease to at least one targeted locus in the T-cell genome, (b) expanding the resulting cells in vitro.
An antenna apparatus comprising: a plurality of radiating elements ; and an interconnecting printed circuit board with a continuous ground plane , wherein each of the plurality of radiating elements are bump-mounted to the interconnecting printed circuit board and the radiating elements are disposed on the interconnecting printed circuit board with an isolation gap between neighboring radiating elements, the isolation gap is 2. configured to suppress parasitic surface waves; each radiating element comprises a material having a first dielectric constant; the interconnecting printed circuit board comprises a material having a second dielectric constant; the first dielectric constant is lower than the second dielectric constant; and the radiating elements are disposed on the interconnecting printed circuit board with decreasing lattice density from a center of the interconnecting printed circuit board to an outer perimeter of the interconnecting printed circuit board; wherein the lattice density is defined by the isolation gap between radiating elements, wherein the center of the interconnecting printed circuit board comprises radiating elements with an operating frequency higher than the operating frequency of radiating elements located at the outer perimeter of the interconnecting printed circuit board. a plurality of radiating elements ; and an interconnecting printed circuit board with a continuous ground plane , wherein each of the plurality of radiating elements are bump-mounted to the interconnecting printed circuit board and the radiating elements are disposed on the interconnecting printed circuit board with an isolation gap between neighboring radiating elements, the isolation gap is 2. configured to suppress parasitic surface waves; each radiating element comprises a material having a first dielectric constant; the interconnecting printed circuit board comprises a material having a second dielectric constant; the first dielectric constant is lower than the second dielectric constant; and the radiating elements are disposed on the interconnecting printed circuit board with decreasing lattice density from a center of the interconnecting printed circuit board to an outer perimeter of the interconnecting printed circuit board; wherein the lattice density is defined by the isolation gap between radiating elements, wherein the center of the interconnecting printed circuit board comprises radiating elements with an operating frequency higher than the operating frequency of radiating elements located at the outer perimeter of the interconnecting printed circuit board.
A method for network management, the method comprising: in a communication system comprising a management entity that coordinates operation of one or more endpoint devices (110, 114, 116, 160, 200; 400): selecting by an endpoint device of said one or more endpoint devices and by sending a command to said management entity, one or more parameters of a bandwidth, a latency or a service class associated with a particular content type from said management entity , wherein said particular content type specifies a type of media content that is handled by said endpoint device ; and determining by said management entity configuration information based on the received one or more parameters; receiving from said management entity by said endpoint device , configuration information based on said selected one or more parameters associated with said particular content type; configuring said endpoint device utilizing said received configuration information; and saving, by said endpoint device, a current location of said endpoint device and search results for one or more services near the current location to enable a user of said endpoint device to quickly locate the one or more services near the saved current location during subsequent visits to the current location, wherein the current location is represented as a range of GNSS coordinates within a radius configurable based on a transmit strength of said endpoint device . selecting by an endpoint device of said one or more endpoint devices and by sending a command to said management entity, one or more parameters of a bandwidth, a latency or a service class associated with a particular content type from said management entity , wherein said particular content type specifies a type of media content that is handled by said endpoint device ; and determining by said management entity configuration information based on the received one or more parameters; receiving from said management entity by said endpoint device , configuration information based on said selected one or more parameters associated with said particular content type; configuring said endpoint device utilizing said received configuration information; and saving, by said endpoint device, a current location of said endpoint device and search results for one or more services near the current location to enable a user of said endpoint device to quickly locate the one or more services near the saved current location during subsequent visits to the current location, wherein the current location is represented as a range of GNSS coordinates within a radius configurable based on a transmit strength of said endpoint device .
A service implementation method, comprising: receiving (S500), by a mobility management element, a paging trigger message of a terminal device from a serving gateway; determining (S510), by the mobility management element, whether the paging trigger message is a message with a first priority and whether a second priority of a prior sent paging message is set; determining (S510), by the mobility management element, whether the first priority is higher than the second priority if the paging trigger message is a message with the first priority and the second priority is set; delivering (S510), by the mobility management element, a paging message including the first priority if the first priority is higher than the second priority; setting (S510), by the mobility management element, information about the priority of the sent paging message according to the first priority. receiving (S500), by a mobility management element, a paging trigger message of a terminal device from a serving gateway; determining (S510), by the mobility management element, whether the paging trigger message is a message with a first priority and whether a second priority of a prior sent paging message is set; determining (S510), by the mobility management element, whether the first priority is higher than the second priority if the paging trigger message is a message with the first priority and the second priority is set; delivering (S510), by the mobility management element, a paging message including the first priority if the first priority is higher than the second priority; setting (S510), by the mobility management element, information about the priority of the sent paging message according to the first priority.
Filter device for filtering fluid, particularly in the form of an aqueous urea solution, with a filter housing and at least one filter element arranged therein and with a flexible compensating body , which is arranged between the outer side of the filter medium of the respective filter element and the adjacent inner wall of the filter housing to compensate for pressure and/or volume fluctuations in the fluid, and forms a casing on and enclosing at least a large proportion of the axial length of the filter element , the compensating body being provided in the form of a cylindrical hollow body, in which a plurality of air chambers are formed between the inner and outer cylinder surface , said chambers extending over a large proportion of the axial length of the compensating body and said air chambers being provided in the form of channels running in the axial direction of the compensating body , said channels being distributed over the entire peripheral area of the compensating body equidistant from one another, characterised in that , when viewed in the circumferential direction, the channels are separated from one another by webs running in the longitudinal direction of the compensating body , said webs being formed by wall portions of the compensating body and extending between the closed cylindrical inner wall and the closed cylindrical outer wall of the compensating body .
A battery module , characterized in that , comprising: a case having a hollow cavity and an opening in communication with the hollow cavity in a length direction (X); a secondary battery assembly disposed in the hollow cavity and comprising two or more secondary batteries stacked one on another in a width direction (Y); and a shielding member disposed on at least one side of the secondary battery assembly in a height direction (Z) and located between the secondary battery assembly and the case , wherein the shielding member is configured to cover the secondary battery assembly and is slidably connected to the case , wherein the battery module further comprises a wire harness spacer disposed at the opening and detachably connected to the shielding member . a case having a hollow cavity and an opening in communication with the hollow cavity in a length direction (X); a secondary battery assembly disposed in the hollow cavity and comprising two or more secondary batteries stacked one on another in a width direction (Y); and a shielding member disposed on at least one side of the secondary battery assembly in a height direction (Z) and located between the secondary battery assembly and the case , wherein the shielding member is configured to cover the secondary battery assembly and is slidably connected to the case , wherein the battery module further comprises a wire harness spacer disposed at the opening and detachably connected to the shielding member .
Onboard telematic device that is intended to be attached to a metal part of a body of a motor vehicle, including a housing incorporating a printed circuit board , one face of which bears at least one power electronic component , a radiofrequency transceiving antenna , which is intended to extend through an opening in the metal part , and a metal screen that is interposed between a lower part of the antenna on one side and the printed circuit board and said at least one component in order to insulate the antenna from parasitic emissions, said screen being intended to be attached between said metal part and the housing so as to provide electrical continuity, in which device said at least one component is placed in line with the metal screen and in thermal contact with a portion of said screen, and said screen is made of thermally conductive material so as to form a means for heat transfer between the power electronic component and the metal part .
A battery module comprising: a cell assembly constituted by stacked pouch-shaped secondary battery cells , each of the cells having electrode leads formed in opposite directions; a first vertical plate and a second vertical plate disposed at opposite sides of the cell assembly corresponding to positions of the electrode leads of each of the cells ; and a plurality of bus bars provided at each of the first vertical plate and the second vertical plate , each of the electrode leads of the cells being electrically connected to a corresponding one of the bus bars , wherein final input and output terminals of the battery module or bus bars connected to the final input and output terminals are disposed at the first vertical plate, and bus bars electrically separated from each other are disposed at the second vertical plate , the bus bars disposed at the second vertical plate in a state of being electrically separated from each other being connected to each other via a separate bridge bus bar , and wherein electrical connection of a cell assembly disposed in the battery module is divided into two or more parts before the cell assembly is used to finally supply electricity. a cell assembly constituted by stacked pouch-shaped secondary battery cells , each of the cells having electrode leads formed in opposite directions; a first vertical plate and a second vertical plate disposed at opposite sides of the cell assembly corresponding to positions of the electrode leads of each of the cells ; and a plurality of bus bars provided at each of the first vertical plate and the second vertical plate , each of the electrode leads of the cells being electrically connected to a corresponding one of the bus bars , wherein final input and output terminals of the battery module or bus bars connected to the final input and output terminals are disposed at the first vertical plate, and bus bars electrically separated from each other are disposed at the second vertical plate , the bus bars disposed at the second vertical plate in a state of being electrically separated from each other being connected to each other via a separate bridge bus bar , and wherein electrical connection of a cell assembly disposed in the battery module is divided into two or more parts before the cell assembly is used to finally supply electricity.