mhurhangee/patent-ind-claim-en huggingface dataset:
A combination of a bone plate for fixing fractures of a bone having a terminal fragment and an impacting instrument for holding the bone plate and for impacting at least a portion of the bone plate into the bone, the combination comprising: a bone plate having a flared region configured for placement adjacent an outer surface of the bone and a prong region configured for placement adjacent the terminal fragment, the prong region having at least one tooth member for impacting into the terminal fragment, the at least one tooth member having a predominantly longitudinal axis and an arcuate portion having an apex joining the at least one tooth member to the flared region; and an impacting instrument having an elongated shaft having a striking surface and a bottom surface , the bottom surface of the elongated shaft having an arcuate surface contour region; being characterised in that the impacting instrument is securely attachable to the bone plate at said apex and in that , upon attachment of the impacting instrument to the bone plate, at least a portion of the arcuate surface contour region of the bottom surface of the impacting instrument is arranged to overlay and rest atop the apex joining the at least one tooth member of the bone plate to the flared region of the bone plate, a longitudinal axis of the elongated shaft being disposed substantially collinearly to the longitudinal axis of the at least one tooth member . a bone plate having a flared region configured for placement adjacent an outer surface of the bone and a prong region configured for placement adjacent the terminal fragment, the prong region having at least one tooth member for impacting into the terminal fragment, the at least one tooth member having a predominantly longitudinal axis and an arcuate portion having an apex joining the at least one tooth member to the flared region; and an impacting instrument having an elongated shaft having a striking surface and a bottom surface , the bottom surface of the elongated shaft having an arcuate surface contour region; being characterised in that the impacting instrument is securely attachable to the bone plate at said apex and in that , upon attachment of the impacting instrument to the bone plate, at least a portion of the arcuate surface contour region of the bottom surface of the impacting instrument is arranged to overlay and rest atop the apex joining the at least one tooth member of the bone plate to the flared region of the bone plate, a longitudinal axis of the elongated shaft being disposed substantially collinearly to the longitudinal axis of the at least one tooth member .
A location-enabled augmented reality (AR) platform system, comprising: at least one memory configured to store instructions; and at least one processor configured to execute the instructions to: provide a protocol for communication between a first AR application and a second AR application ; receive, from the first AR application, a first set of functionalities of a plurality of functionalities for exposure, based on the provided protocol, wherein the first set of functionalities includes data related to at least one AR object in AR content of the first AR application; provide an accessibility of the received first set of functionalities of the first AR application to the second AR application; and control the second AR application to manipulate the at least one AR object in the AR content of the first AR application, based on the accessibility of the received first set of functionalities, wherein the manipulation of the at least one AR object corresponds to change of an attribute value of the at least one AR object. at least one memory configured to store instructions; and at least one processor configured to execute the instructions to: provide a protocol for communication between a first AR application and a second AR application ; receive, from the first AR application, a first set of functionalities of a plurality of functionalities for exposure, based on the provided protocol, wherein the first set of functionalities includes data related to at least one AR object in AR content of the first AR application; provide an accessibility of the received first set of functionalities of the first AR application to the second AR application; and control the second AR application to manipulate the at least one AR object in the AR content of the first AR application, based on the accessibility of the received first set of functionalities, wherein the manipulation of the at least one AR object corresponds to change of an attribute value of the at least one AR object. provide a protocol for communication between a first AR application and a second AR application ; receive, from the first AR application, a first set of functionalities of a plurality of functionalities for exposure, based on the provided protocol, wherein the first set of functionalities includes data related to at least one AR object in AR content of the first AR application; provide an accessibility of the received first set of functionalities of the first AR application to the second AR application; and control the second AR application to manipulate the at least one AR object in the AR content of the first AR application, based on the accessibility of the received first set of functionalities, wherein the manipulation of the at least one AR object corresponds to change of an attribute value of the at least one AR object.
A rod assembly (17A to 17R) configured to reciprocate along a slide hole of a fluid pressure device, comprising: a rod member (20, 20A to 20J, 108); and a packing composed of an elastic material, attached to an outer circumferential part of the rod member (20, 20A to 20J, 108) with an inner circumferential part of the packing airtightly or liquid-tightly contacting said outer circumferential part of the rod member (20, 20A to 20J, 108) and configured to slide along the slide hole with an outer circumferential part of the packing airtightly or liquid-tightly contacting with an inner circumferential part of the slide hole wherein the rod member (20, 20A to 20J, 108) includes, in the outer circumferential part, a stopper receiving groove extending in a circumferential direction; a stopper member divided into a plurality of elements in the circumferential direction is installed into the stopper receiving groove ; the packing has an L-shaped cross-section and includes a packing body portion which covers a side of the stopper member facing a rod cover of the fluid pressure device which the rod member (20, 20A to 20J, 108) penetrates through when the rod assembly is disposed in the fluid pressure device and a circumference covering portion which protrudes from an outer circumferential part of the packing body portion in the axial direction to cover an outer circumference of the stopper member , and the circumference covering portion has an annular engaging groove formed in an inner circumferential part thereof, the annular engaging groove being engaged with the stopper member . a rod member (20, 20A to 20J, 108); and a packing composed of an elastic material, attached to an outer circumferential part of the rod member (20, 20A to 20J, 108) with an inner circumferential part of the packing airtightly or liquid-tightly contacting said outer circumferential part of the rod member (20, 20A to 20J, 108) and configured to slide along the slide hole with an outer circumferential part of the packing airtightly or liquid-tightly contacting with an inner circumferential part of the slide hole the rod member (20, 20A to 20J, 108) includes, in the outer circumferential part, a stopper receiving groove extending in a circumferential direction; a stopper member divided into a plurality of elements in the circumferential direction is installed into the stopper receiving groove ; the packing has an L-shaped cross-section and includes a packing body portion which covers a side of the stopper member facing a rod cover of the fluid pressure device which the rod member (20, 20A to 20J, 108) penetrates through when the rod assembly is disposed in the fluid pressure device and a circumference covering portion which protrudes from an outer circumferential part of the packing body portion in the axial direction to cover an outer circumference of the stopper member , and the circumference covering portion has an annular engaging groove formed in an inner circumferential part thereof, the annular engaging groove being engaged with the stopper member .
A work vehicle comprising: an engine hood that is provided in a front portion of a vehicle body ; a headlight that is provided at a forward position of the engine hood; and a work light provided on a lateral side surface of the engine hood; characterized in that it comprises a recessed portion that is provided in the lateral side surface of the engine hood and is recessed from the lateral side surface toward the inside of the engine hood, wherein the recessed portion includes a recessed portion bottom surface that is recessed inward from the lateral side surface of the engine hood, and a peripheral wall portion that is continuous with a peripheral edge of the recessed portion bottom surface and a peripheral edge of a recessed portion inlet opening that is formed in the lateral side surface, and the work light that emits light forward and downward is provided on the peripheral wall portion. an engine hood that is provided in a front portion of a vehicle body ; a headlight that is provided at a forward position of the engine hood; and a work light provided on a lateral side surface of the engine hood; characterized in that it comprises a recessed portion that is provided in the lateral side surface of the engine hood and is recessed from the lateral side surface toward the inside of the engine hood, wherein the recessed portion includes a recessed portion bottom surface that is recessed inward from the lateral side surface of the engine hood, and a peripheral wall portion that is continuous with a peripheral edge of the recessed portion bottom surface and a peripheral edge of a recessed portion inlet opening that is formed in the lateral side surface, and the work light that emits light forward and downward is provided on the peripheral wall portion.
A method for: (a) proliferating cells in vitro or ex vivo; (b) inducing pluripotency in a somatic cell in vitro or ex vivo; or (c) promoting the growth of stem and progenitor cells, in vitro or ex vivo, comprising transfecting or transducing the cells with an expression vector comprising an isolated nucleic acid sequence encoding a recombinantly made protein construct that preferentially forms a specific multimer, wherein the specific multimer is formed by recombinantly connecting a protein monomer to a second monomer, wherein the protein monomer is an NM23 monomer, wherein the multimerization state is a dimer, comprising two monomers or fragments of the monomers, wherein the two monomers or fragments of the monomers are linked together through a linker peptide, thus forming a monomer-linker-monomer construct, and wherein the NM23 is Hi1 or H2. (a) proliferating cells in vitro or ex vivo; (b) inducing pluripotency in a somatic cell in vitro or ex vivo; or (c) promoting the growth of stem and progenitor cells, in vitro or ex vivo, comprising transfecting or transducing the cells with an expression vector comprising an isolated nucleic acid sequence encoding a recombinantly made protein construct that preferentially forms a specific multimer, wherein the specific multimer is formed by recombinantly connecting a protein monomer to a second monomer, wherein the protein monomer is an NM23 monomer, wherein the multimerization state is a dimer, comprising two monomers or fragments of the monomers, wherein the two monomers or fragments of the monomers are linked together through a linker peptide, thus forming a monomer-linker-monomer construct, and wherein the NM23 is Hi1 or H2. comprising transfecting or transducing the cells with an expression vector comprising an isolated nucleic acid sequence encoding a recombinantly made protein construct that preferentially forms a specific multimer, wherein the specific multimer is formed by recombinantly connecting a protein monomer to a second monomer, wherein the protein monomer is an NM23 monomer, wherein the multimerization state is a dimer, comprising two monomers or fragments of the monomers, wherein the two monomers or fragments of the monomers are linked together through a linker peptide, thus forming a monomer-linker-monomer construct, and wherein the NM23 is Hi1 or H2.
A vending machine system for exchanging CO 2 gas cylinders, the system including a controller , wherein the controller is in communication with a user interface , a payment system and an array of bin assemblies , wherein each one of the bin assemblies is shaped to at least partially receive an end of a CO 2 gas cylinder and includes a locking system for releasably securing therein a CO 2 gas cylinder , said system for performing the steps of: (a) receiving user input through the user interface ; and (b) if the user input represents a desire to conduct maintenance, then the system performs the steps of: (i) confirming that the user is authorized to conduct maintenance; (ii) unlocking an empty CO 2 gas cylinder from a respective bin assembly for removal by the user; and (iii) receiving a full CO 2 gas cylinder in an emptied bin assembly; and (iv) securing the full CO 2 gas cylinder received in the emptied bin assembly , wherein each bin assembly in the array includes a tubular chassis shaped to receive and seat therein a CO 2 gas cylinder ; and wherein the locking system of each bin assembly in the array includes a sled that engages the CO 2 gas cylinder as it is inserted in to the tubular chassis and translates with respect to the tubular chassis towards a locked position. (a) receiving user input through the user interface ; and (b) if the user input represents a desire to conduct maintenance, then the system performs the steps of: (i) confirming that the user is authorized to conduct maintenance; (ii) unlocking an empty CO 2 gas cylinder from a respective bin assembly for removal by the user; and (iii) receiving a full CO 2 gas cylinder in an emptied bin assembly; and (iv) securing the full CO 2 gas cylinder received in the emptied bin assembly , wherein each bin assembly in the array includes a tubular chassis shaped to receive and seat therein a CO 2 gas cylinder ; and wherein the locking system of each bin assembly in the array includes a sled that engages the CO 2 gas cylinder as it is inserted in to the tubular chassis and translates with respect to the tubular chassis towards a locked position. (i) confirming that the user is authorized to conduct maintenance; (ii) unlocking an empty CO 2 gas cylinder from a respective bin assembly for removal by the user; and (iii) receiving a full CO 2 gas cylinder in an emptied bin assembly; and (iv) securing the full CO 2 gas cylinder received in the emptied bin assembly , wherein each bin assembly in the array includes a tubular chassis shaped to receive and seat therein a CO 2 gas cylinder ; and wherein the locking system of each bin assembly in the array includes a sled that engages the CO 2 gas cylinder as it is inserted in to the tubular chassis and translates with respect to the tubular chassis towards a locked position. wherein each bin assembly in the array includes a tubular chassis shaped to receive and seat therein a CO 2 gas cylinder ; and wherein the locking system of each bin assembly in the array includes a sled that engages the CO 2 gas cylinder as it is inserted in to the tubular chassis and translates with respect to the tubular chassis towards a locked position.
A method operational at a session key management entity, SKME , , the method comprising: performing authentication and key agreement with a device ; obtaining , at the SKME , authentication information associated with the device , the authentication information including at least an authentication session key; generating , at the SKME , a mobility session key based in part on the authentication session key and a mobility management entity, MME , identification value that identifies an MME serving the device ; and transmitting the mobility session key to the MME serving the device . performing authentication and key agreement with a device ; obtaining , at the SKME , authentication information associated with the device , the authentication information including at least an authentication session key; generating , at the SKME , a mobility session key based in part on the authentication session key and a mobility management entity, MME , identification value that identifies an MME serving the device ; and transmitting the mobility session key to the MME serving the device .
A device comprising a vapour-permeable container which is impermeable to water liquid and/or droplets and which houses: (i) calcium chloride as a moisture-removing material and provided in combination with a solid substrate having a specific surface area (SSA) of > 100 m 2 g -1 , and (ii) a hydrogen peroxide-generating material, wherein the hydrogen peroxide-generating material is selected from the group consisting of sodium percarbonate, hydrated sodium perborate, and combinations thereof; wherein said moisture-removing material and hydrogen peroxide-generating material are provided in an arrangement such that water added to the device or absorption and/or adsorption of water vapour by the moisture-removing material causes the hydrogen peroxide-generating material to generate an antimicrobial vapour of hydrogen peroxide which permeates from the container. (i) calcium chloride as a moisture-removing material and provided in combination with a solid substrate having a specific surface area (SSA) of > 100 m 2 g -1 , and (ii) a hydrogen peroxide-generating material, wherein the hydrogen peroxide-generating material is selected from the group consisting of sodium percarbonate, hydrated sodium perborate, and combinations thereof;
Plant cultivation system comprising at least one tray , a capsule holder , capsules , a contactless docking station and at least one irrigation vessel , wherein the at least one tray can be inserted in the irrigation vessel , wherein the capsule holder can be received in the tray and the capsule holder has a plurality of cut-outs , into which a capsule with a plant breeding substrate can be inserted in each case and due to gravity water can automatically flow back out of the tray into the irrigation vessel through at least one floor opening , wherein by means of an electric pump unit assigned to the irrigation vessel , water can be conveyed out of the irrigation vessel into the tray in order to irrigate the capsules inserted into the cut-outs and the irrigation vessel can be placed on the contactless docking station in order to supply the electric pump unit and the docking station can be connected to the power supply by way of a connection cable .
Method for optical distance measurement, wherein a plurality of measuring pulses is emitted by means of a pulse generation unit , wherein the emitted measuring pulses are emitted for distance measurement, wherein at least one emitted measuring pulse is reflected by a target in the form of a reflected measuring pulse , wherein the measuring pulse reflected by the target is detected by means of a detector , wherein the transit time of the measuring pulse to the target is determined, wherein the distance covered by the measuring pulse to the target is determined with the aid of the speed of light, wherein the emission of the measuring pulses for distance measurement takes place aperiodically, wherein periodically trigger signals are generated for the pulse generation unit , wherein the trigger signals trigger the emission of measuring pulses, wherein the receipt of the trigger signals at the pulse generation unit or the emitted measuring pulses is delayed by means of a delay unit in such a way that the emission of the measuring pulses for distance measurement takes place aperiodically, wherein the trigger signals for the pulse generation unit or the emitted measuring pulses are delayed by impressing a jitter , in particular a statistical jitter characterized in that after the duration of a measurement window has elapsed, no more pulses are detected, wherein the jitter has a granularity, and wherein the granularity of the jitter is greater than or equal to the duration of the measurement window. wherein a plurality of measuring pulses is emitted by means of a pulse generation unit , wherein the emitted measuring pulses are emitted for distance measurement, wherein at least one emitted measuring pulse is reflected by a target in the form of a reflected measuring pulse , wherein the measuring pulse reflected by the target is detected by means of a detector , wherein the transit time of the measuring pulse to the target is determined, wherein the distance covered by the measuring pulse to the target is determined with the aid of the speed of light, wherein the emission of the measuring pulses for distance measurement takes place aperiodically, wherein periodically trigger signals are generated for the pulse generation unit , wherein the trigger signals trigger the emission of measuring pulses, wherein the receipt of the trigger signals at the pulse generation unit or the emitted measuring pulses is delayed by means of a delay unit in such a way that the emission of the measuring pulses for distance measurement takes place aperiodically, wherein the trigger signals for the pulse generation unit or the emitted measuring pulses are delayed by impressing a jitter , in particular a statistical jitter characterized in that after the duration of a measurement window has elapsed, no more pulses are detected, wherein the jitter has a granularity, and wherein the granularity of the jitter is greater than or equal to the duration of the measurement window.
A height-adjustable joystick input device comprising: a handle configured to receive a force exerted by a user; and a shaft coupled to the handle such that the force exerted on the handle is received on the shaft ; wherein the handle comprises a fastening member releasably biased by a biasing member , such as a spring, to exert a force on an upper portion of the shaft in a direction substantially perpendicular to the height of the shaft in an engaged position; wherein the handle is displaceable along a height of the shaft when the fastening member is in a disengaged position; the device being characterized in that the handle comprises a lever having a first arm arranged substantially perpendicular to a second arm , the fastening member extending out from the second arm to abut the shaft at an upper portion of the shaft in the engaged position; wherein pulling the lever by the first arm out of the plane of the handle compresses the biasing member and causes the second arm to rotate such that the fastening member is in the disengaged position. a handle configured to receive a force exerted by a user; and a shaft coupled to the handle such that the force exerted on the handle is received on the shaft ; wherein the handle comprises a fastening member releasably biased by a biasing member , such as a spring, to exert a force on an upper portion of the shaft in a direction substantially perpendicular to the height of the shaft in an engaged position; wherein the handle is displaceable along a height of the shaft when the fastening member is in a disengaged position; the device being characterized in that the handle comprises a lever having a first arm arranged substantially perpendicular to a second arm , the fastening member extending out from the second arm to abut the shaft at an upper portion of the shaft in the engaged position; wherein pulling the lever by the first arm out of the plane of the handle compresses the biasing member and causes the second arm to rotate such that the fastening member is in the disengaged position.