mhurhangee/patent-ind-claim-en huggingface dataset:
An injection device comprising: a housing assembly defining a pair of ramps and adapted to hold a medicament cartridge , wherein the cartridge defines a container for a medication , has a first end adapted to receive a needle assembly and a piston disposed opposite the needle assembly wherein, during use, advancement of the piston within the cartridge ejects medication from the needle assembly; a driver operably coupled with the piston and adapted to advance the piston within the cartridge; a plunger having a pair of arms , the plunger being moveable between a retracted position and an advanced position by a force exerted on the plunger, each of the arms being engageable with a respective one of the ramps whereby when the plunger is moved from the advanced position to the retracted position the arms are biased toward each other and when the plunger is moved from the retracted position to the advanced position the movement of the arms is guided by the ramps and the plunger pushes the driver to thereby advance the piston; and a braking mechanism including a braking member disposed on one of the arms and a braking track disposed on the housing assembly proximate the ramp engaged by the one arm, characterised in that , when the force exerted on the plunger exceeds a threshold value and causes the arms to flex, flexure of the arm engages the braking member with the braking track, wherein the engagement of the braking member with the braking track increases the resistance of the plunger to the force being exerted thereon. a housing assembly defining a pair of ramps and adapted to hold a medicament cartridge , wherein the cartridge defines a container for a medication , has a first end adapted to receive a needle assembly and a piston disposed opposite the needle assembly wherein, during use, advancement of the piston within the cartridge ejects medication from the needle assembly; a driver operably coupled with the piston and adapted to advance the piston within the cartridge; a plunger having a pair of arms , the plunger being moveable between a retracted position and an advanced position by a force exerted on the plunger, each of the arms being engageable with a respective one of the ramps whereby when the plunger is moved from the advanced position to the retracted position the arms are biased toward each other and when the plunger is moved from the retracted position to the advanced position the movement of the arms is guided by the ramps and the plunger pushes the driver to thereby advance the piston; and a braking mechanism including a braking member disposed on one of the arms and a braking track disposed on the housing assembly proximate the ramp engaged by the one arm, characterised in that , when the force exerted on the plunger exceeds a threshold value and causes the arms to flex, flexure of the arm engages the braking member with the braking track, wherein the engagement of the braking member with the braking track increases the resistance of the plunger to the force being exerted thereon.
A method of processing a file including video data, the method comprising: processing a file including fisheye video data, the file including a FisheyeOmnidirectionalVideoInfo syntax structure of the OMAF standard including a plurality of syntax elements that specify attributes of the fisheye video data, wherein the plurality of syntax elements includes: a first syntax element that explicitly indicates whether the fisheye video data is monoscopic or stereoscopic , , wherein the first syntax element is included in a set of initial bits of the syntax structure, wherein the set of initial bits is 24 bits long; determining, based on the first syntax element, whether the fisheye video data is monoscopic or stereoscopic ; and outputting, based on the determination, the fisheye video data for rendering as monoscopic or stereoscopic . processing a file including fisheye video data, the file including a FisheyeOmnidirectionalVideoInfo syntax structure of the OMAF standard including a plurality of syntax elements that specify attributes of the fisheye video data, wherein the plurality of syntax elements includes: a first syntax element that explicitly indicates whether the fisheye video data is monoscopic or stereoscopic , , wherein the first syntax element is included in a set of initial bits of the syntax structure, wherein the set of initial bits is 24 bits long; determining, based on the first syntax element, whether the fisheye video data is monoscopic or stereoscopic ; and outputting, based on the determination, the fisheye video data for rendering as monoscopic or stereoscopic .
A method of controlling a compression refrigeration system comprising - a refrigerant circuit comprising - a refrigerant, - an evaporator , - a compressor , - a condenser , - a throttle valve , - an internal heat exchanger for transferring thermal energy of the refrigerant upstream of entry into the throttle valve to the refrigerant upstream of entry into the compressor , - a heat sink circuit configured for exchanging heat with the condenser of the refrigerant circuit, - a heat sink side media conveying device , and - a control unit for controlling a temperature difference between a flow temperature and a return temperature of the heat sink circuit , referred to as temperature spread, via the media conveying device , wherein the method includes the following steps: - forming a base value for the temperature spread, the base value ensuring an efficiency of the refrigerant circuit, - forming at least one correction value, the correction value(s) ensuring the operation of the refrigerant circuit within a permissible operating range, - adding the base value and the correction value(s) to obtain a set value for the temperature spread, and - controlling the media conveying device to the set value for the temperature spread. - a refrigerant circuit comprising - a refrigerant, - an evaporator , - a compressor , - a condenser , - a throttle valve , - an internal heat exchanger for transferring thermal energy of the refrigerant upstream of entry into the throttle valve to the refrigerant upstream of entry into the compressor , - a refrigerant, - an evaporator , - a compressor , - a condenser , - a throttle valve , - an internal heat exchanger for transferring thermal energy of the refrigerant upstream of entry into the throttle valve to the refrigerant upstream of entry into the compressor , - a heat sink circuit configured for exchanging heat with the condenser of the refrigerant circuit, - a heat sink side media conveying device , and - a control unit for controlling a temperature difference between a flow temperature and a return temperature of the heat sink circuit , referred to as temperature spread, via the media conveying device , - forming a base value for the temperature spread, the base value ensuring an efficiency of the refrigerant circuit, - forming at least one correction value, the correction value(s) ensuring the operation of the refrigerant circuit within a permissible operating range, - adding the base value and the correction value(s) to obtain a set value for the temperature spread, and - controlling the media conveying device to the set value for the temperature spread.
Compression stocking with adjustable compression pressure for therapeutic compression of a leg, the compression stocking comprising: - a first stocking element to be arranged around the lower leg; - a second stocking element to be arranged around the foot of the leg, wherein the second stocking element is attached to the first stocking element or formed integrally thereon at an angle; further comprising: - a pressure compartment to be filled with air up to the adjustable compression pressure and extending in both the first and the second stocking element, and configured to extend all the way around the periphery of at least a part of the lower leg in use in order to exert a homogenous pressure on the at least one part of the lower leg all the way around; a valve mechanism connected to the pressure compartment, wherein the valve mechanism comprises a closable passage between the pressure compartment and the outside air. - a first stocking element to be arranged around the lower leg; - a second stocking element to be arranged around the foot of the leg, wherein the second stocking element is attached to the first stocking element or formed integrally thereon at an angle; further comprising: - a pressure compartment to be filled with air up to the adjustable compression pressure and extending in both the first and the second stocking element, and configured to extend all the way around the periphery of at least a part of the lower leg in use in order to exert a homogenous pressure on the at least one part of the lower leg all the way around; - a pressure compartment to be filled with air up to the adjustable compression pressure and extending in both the first and the second stocking element, and configured to extend all the way around the periphery of at least a part of the lower leg in use in order to exert a homogenous pressure on the at least one part of the lower leg all the way around; a valve mechanism connected to the pressure compartment, wherein the valve mechanism comprises a closable passage between the pressure compartment and the outside air.
A connector assembly for first and second fluid filter elements comprising: (a) a first connector element comprising at least two first connector snap arches , each of the at least two first connector snap arches including a snap tooth lock ; and at least two first connector snap arms , each of the at least two first connector snap arms including a snap tooth ; the first connector element having a central opening , and an annular channel for receiving an end of a first hollow cylindrical filter element ; (b) a second connector element comprising at least two second connector snap arches , each of the at least two second connector snap arches including a snap tooth lock ; and at least two second connector snap arms , each of the at least two second connector snap arms including a snap tooth ; the second connector element having a central opening , and an annular channel for receiving an end of a second hollow cylindrical filter element ; and, (c) a gasket arranged between the first connector element and the second connector element , the gasket having a central opening ; wherein the first connector element and the second connector element are lockably engageable with each other when placed in contact with each other and an axial force is applied such that each first connector snap tooth is retained in each respective second connector snap tooth lock , and each second connector snap tooth is retained in each respective first connector snap tooth lock . (a) a first connector element comprising at least two first connector snap arches , each of the at least two first connector snap arches including a snap tooth lock ; and at least two first connector snap arms , each of the at least two first connector snap arms including a snap tooth ; the first connector element having a central opening , and an annular channel for receiving an end of a first hollow cylindrical filter element ; (b) a second connector element comprising at least two second connector snap arches , each of the at least two second connector snap arches including a snap tooth lock ; and at least two second connector snap arms , each of the at least two second connector snap arms including a snap tooth ; the second connector element having a central opening , and an annular channel for receiving an end of a second hollow cylindrical filter element ; and, (c) a gasket arranged between the first connector element and the second connector element , the gasket having a central opening ;
A resistance spot welding method comprising performing actual welding to squeeze, by a pair of electrodes, a sheet combination with a sheet thickness ratio of more than 3 in which a thin sheet is overlapped on at least one face of two or more overlapping thick sheets, and passing a current while applying an electrode force to join the sheet combination, wherein in the actual welding, a pattern of the current and the electrode force is divided into two or more steps including a first step and a second step to perform welding, and an electrode force F1 in the first step and an electrode force F2 in the second step satisfy a relationship F1 > F2, and characterized in that a cooling time between current passage in the first step and current passage in the second step in the actual welding is more than 5 cycles and time units are expressed by the number of cycles at 50 Hz.
A method by a first user equipment, UE, for operating device-to-device, D2D, communication, the method comprising: receiving, by the first UE, a first out-of-coverage discovery signal comprising a timing reference for D2D communication, wherein the first UE is in coverage of a cellular network and wherein the first UE is time synchronized with the cellular network; determining, by the first UE, that a transmitter of the first discovery signal is a second UE out of coverage of the cellular network; receiving, by the first UE, authorization from the cellular network, the authorization enabling the first UE to act as a timing master for the second UE; upon receiving the authorization from the cellular network, switching , by the first UE, to a timing master mode; and transmitting , by the first UE, a second discovery signal to the second UE indicating itself as an in-network timing master. receiving, by the first UE, a first out-of-coverage discovery signal comprising a timing reference for D2D communication, wherein the first UE is in coverage of a cellular network and wherein the first UE is time synchronized with the cellular network; determining, by the first UE, that a transmitter of the first discovery signal is a second UE out of coverage of the cellular network; receiving, by the first UE, authorization from the cellular network, the authorization enabling the first UE to act as a timing master for the second UE; upon receiving the authorization from the cellular network, switching , by the first UE, to a timing master mode; and transmitting , by the first UE, a second discovery signal to the second UE indicating itself as an in-network timing master.
A medical system comprising a medical device configured to be at least partially implanted in a patient, the medical device comprising: a lead including one or more electrodes and configured for placement near a target nerve selected from a group consisting of: a sacral nerve, a pelvic nerve, a tibial nerve, and a pudendal nerve of the patient; electrical stimulation generation circuitry configured to generate electrical stimulation therapy comprising first electrical stimulation pulses comprising a first frequency greater than or equal to about 500 Hertz and less than or equal to about 5,000 Hertz; one or more sensors configured to detect an evoked compound action potential (ECAP) of a tissue of the patient ; and processing circuitry configured to: identify an indication to inhibit bladder activity; control, in response to identifying the indication, the electrical stimulation generation circuitry to deliver the electrical stimulation therapy to the target nerve via the one or more electrodes , and adjust at least one parameter of the electrical stimulation therapy based on a detected evoked compound action potential (ECAP) detected via the one or more sensors . a lead including one or more electrodes and configured for placement near a target nerve selected from a group consisting of: a sacral nerve, a pelvic nerve, a tibial nerve, and a pudendal nerve of the patient; electrical stimulation generation circuitry configured to generate electrical stimulation therapy comprising first electrical stimulation pulses comprising a first frequency greater than or equal to about 500 Hertz and less than or equal to about 5,000 Hertz; one or more sensors configured to detect an evoked compound action potential (ECAP) of a tissue of the patient ; and processing circuitry configured to: identify an indication to inhibit bladder activity; control, in response to identifying the indication, the electrical stimulation generation circuitry to deliver the electrical stimulation therapy to the target nerve via the one or more electrodes , and adjust at least one parameter of the electrical stimulation therapy based on a detected evoked compound action potential (ECAP) detected via the one or more sensors . identify an indication to inhibit bladder activity; control, in response to identifying the indication, the electrical stimulation generation circuitry to deliver the electrical stimulation therapy to the target nerve via the one or more electrodes , and adjust at least one parameter of the electrical stimulation therapy based on a detected evoked compound action potential (ECAP) detected via the one or more sensors .
A composition comprising a first cleavable probe, said probe comprising, from 5' to 3', (i) a first sequence region comprising at least one non-natural nucleotide labeled with a first member of a reporter-quencher pair; (ii) a second sequence region; (iii) a sequence that is the reverse complement of the second sequence region; and (iv) a sequence comprising one or more ribonucleotide base(s) that is complementary to a first region on a first strand of a target nucleic acid.
A structure for pressurization analysis comprising: a sample accommodating unit in which a sample chamber for accommodating and placing a sample (S) therein is formed; and a pressurizing unit that is mounted on the sample accommodating unit and includes a pressurizing mechanism designed for applying a pressure on the sample (S) in the sample chamber for pressurization analysis, wherein the sample accommodating unit includes a pressure receiving portion for receiving pressure from the pressurizing unit at a position opposite to the pressurizing unit with respect to the sample (S) in the sample chamber, and an X-ray window provided in a direction intersecting an acting direction of the pressure from the pressurizing unit , and is configured to receive X-rays through the X-ray window to irradiate the sample (S) in the sample chamber with the X-rays, and emit diffracted X-rays reflected from the sample (S) to an outside of the sample accommodating unit from the X-ray window , wherein the structure further comprises a sample holder to be fitted and mounted in the sample accommodating unit , wherein the sample holder accommodates the sample (S) therein, and is provided with a cutout portion through which an outer peripheral surface of the sample (S) is exposed to the X-ray window . a sample accommodating unit in which a sample chamber for accommodating and placing a sample (S) therein is formed; and a pressurizing unit that is mounted on the sample accommodating unit and includes a pressurizing mechanism designed for applying a pressure on the sample (S) in the sample chamber for pressurization analysis, wherein the sample accommodating unit includes a pressure receiving portion for receiving pressure from the pressurizing unit at a position opposite to the pressurizing unit with respect to the sample (S) in the sample chamber, and an X-ray window provided in a direction intersecting an acting direction of the pressure from the pressurizing unit , and is configured to receive X-rays through the X-ray window to irradiate the sample (S) in the sample chamber with the X-rays, and emit diffracted X-rays reflected from the sample (S) to an outside of the sample accommodating unit from the X-ray window , wherein the structure further comprises a sample holder to be fitted and mounted in the sample accommodating unit , wherein the sample holder accommodates the sample (S) therein, and is provided with a cutout portion through which an outer peripheral surface of the sample (S) is exposed to the X-ray window .
Household appliance , having - at least one electrically actuatable function element , comprising at least one active means for acting on an item arranged in the household appliance , - at least one network interface for transferring data via a network (N) and - a conversion interface between the at least one function element and the network interface for converting directions that are located in a code received via the network interface into directly executable instructions for at least one of the at least one active means , - wherein the household appliance is configured to convert the directions into the instructions while an operating program is being performed, for which the received code does not first have to be stored in a persistent manner in the household appliance in order to be able to run, and to actuate at least one of the at least one active means of the household appliance directly based on the converted instructions. - at least one electrically actuatable function element , comprising at least one active means for acting on an item arranged in the household appliance , - at least one network interface for transferring data via a network (N) and - a conversion interface between the at least one function element and the network interface for converting directions that are located in a code received via the network interface into directly executable instructions for at least one of the at least one active means , - wherein the household appliance is configured to convert the directions into the instructions while an operating program is being performed, for which the received code does not first have to be stored in a persistent manner in the household appliance in order to be able to run, and to actuate at least one of the at least one active means of the household appliance directly based on the converted instructions.
A visual indicator provider configured to be communicably coupled to a virtual reality image capture device , the virtual reality image capture device comprising a plurality of cameras configured to capture a respective plurality of images of a scene, the respective plurality of images of the scene configured to be connected at stitching regions to provide a virtual reality image of the scene, wherein the visual indicator provider is configured to: transmit, into the scene, a visual indicator at a location of at least one stitching region prior to capture of the respective plurality of images of the scene; and provide no visual indicator during capture of the respective plurality of images. transmit, into the scene, a visual indicator at a location of at least one stitching region prior to capture of the respective plurality of images of the scene; and provide no visual indicator during capture of the respective plurality of images.