mhurhangee/patent-ind-claim-en huggingface dataset:
A blank assembly for a housing of a terminal comprising: a first blank , a slit along a thickness direction of the first blank being formed in the first blank ; a second blank , wherein a part of the second blank is adapted to extend into the slit ; and a filler filled in the slit ; characterized in that an outer surface of the part of the second blank extending into the slit is spaced apart from an inner wall of the slit . a first blank , a slit along a thickness direction of the first blank being formed in the first blank ; a second blank , wherein a part of the second blank is adapted to extend into the slit ; and a filler filled in the slit ; characterized in that an outer surface of the part of the second blank extending into the slit is spaced apart from an inner wall of the slit .
A resource indication method, performed by a terminal device and compromising: receiving , by the terminal device, configuration information sent by a network device; and determining , by the terminal device based on the configuration information, that a second resource in first resources is used to transmit first information or that a third resource in first resources is not used to transmit first information, wherein the first resources are resources that are each mapped to at least one DMRS port, the first information is at least one of the following information: data information, control information, and another reference signal different from a DMRS, and the method characterised in that the second resource is some or all of the first resources except a fourth resource, the third resource is some or all of the first resources except the fourth resource, and the fourth resource is a resource corresponding to a DMRS port indicated by a DMRS port configuration received by the terminal device, wherein the DMRS port indicated by the DMRS port configuration is a DMRS port of the at least one DMRS port to which the first resources are mapped. receiving , by the terminal device, configuration information sent by a network device; and determining , by the terminal device based on the configuration information, that a second resource in first resources is used to transmit first information or that a third resource in first resources is not used to transmit first information, wherein the first resources are resources that are each mapped to at least one DMRS port, the first information is at least one of the following information: data information, control information, and another reference signal different from a DMRS, and the method characterised in that the second resource is some or all of the first resources except a fourth resource, the third resource is some or all of the first resources except the fourth resource, and the fourth resource is a resource corresponding to a DMRS port indicated by a DMRS port configuration received by the terminal device, wherein the DMRS port indicated by the DMRS port configuration is a DMRS port of the at least one DMRS port to which the first resources are mapped.
A lesser trochanter securing device for use in artificial hip joint replacement, comprising: a basket protion adapted for completely or partially covering a lesser trochanter; and a buttress plating portion jointed to a lower edge of the basket portion and extending, in use, toward a femoral shaft such that the buttress plating portion can be secured and joined to the femoral shaft, characterized in that , wherein the lower edge of the basket portion has a triangular pyramid shape with first to third correspondence planes (122a to c, 222a to c), the first correspondence plane is configured to be disposed tin the direction of the femoral shaft with respect to an intertrochanteric line, the second correspondence plane is configured to be disposed in the direction of the femoral shaft to face the first correspondence plane, and the third correspondence plane is configured to be disposed toward a femoral neck. a basket protion adapted for completely or partially covering a lesser trochanter; and a buttress plating portion jointed to a lower edge of the basket portion and extending, in use, toward a femoral shaft such that the buttress plating portion can be secured and joined to the femoral shaft, characterized in that , wherein the lower edge of the basket portion has a triangular pyramid shape with first to third correspondence planes (122a to c, 222a to c), the first correspondence plane is configured to be disposed tin the direction of the femoral shaft with respect to an intertrochanteric line, the second correspondence plane is configured to be disposed in the direction of the femoral shaft to face the first correspondence plane, and the third correspondence plane is configured to be disposed toward a femoral neck.
A method for identifying a renal allograft recipient at risk of allograft rejection comprising the steps of (a) determining the expression levels of a preselected gene set comprising the 7 genes ANXA5, TSC22D1, AP1M1, CLK1, EFTUD2, SENP6, and SENP7; in a blood specimen obtained from the renal allograft recipient; (b) comparing the expression levels of the preselected genes with the expression levels of the preselected genes in a control, and (c) determining the recipient is at risk for allograft rejection if the expression level of one or more genes in the gene set in the specimen is altered from the expression level of the same one or more gene set genes in the control. (a) determining the expression levels of a preselected gene set comprising the 7 genes ANXA5, TSC22D1, AP1M1, CLK1, EFTUD2, SENP6, and SENP7; in a blood specimen obtained from the renal allograft recipient; (b) comparing the expression levels of the preselected genes with the expression levels of the preselected genes in a control, and (c) determining the recipient is at risk for allograft rejection if the expression level of one or more genes in the gene set in the specimen is altered from the expression level of the same one or more gene set genes in the control.
An in vitro method of modulating a metabolic response comprising contacting an adipose cell with transforming growth factor alpha (TGFA) to increase thermogenesis by the adipose cell.
Method for classifying plants (P), in which the plants (P) or plant parts thereof are detected by way of an optical and/or infrared capture unit within an evaluation region at a first evaluation time and the captured image data (BD) from the capture unit are evaluated by way of an algorithm of a controller , wherein the evaluation makes it possible to distinguish at least one first plant type (PA 1 ) from at least one second plant type (PA 2 ), and wherein the second plant type (PA 2 ) is treated in particular with a medium, preferably with a liquid spray , characterized in that plants (P) or plant parts thereof are assigned to the first plant type (PA 1 ) at the first evaluation time if, within the evaluation region , they are not linked to a row of plants (PR) formed by the first plant type (PA 1 ) and additionally protrude into the evaluation region by up to a maximum first distance (a 1 ) from an upper boundary (OG) or a lower boundary (UG) of the evaluation region .
An arrangement for realising the vacuum operation for the at least one finished form of an I.S. machine, comprising a vacuum line which supplies the finished form and which is connected to a vacuum pump , characterised in that the vacuum line is attached to the base region of the finished form , here the volume of the finished form which is not filled by a parison being subjected to a vacuum, in that a valve is arranged in the course of the vacuum line , in that , in order to measure the pressure in the finished form , a vacuum sensor is provided, in that the vacuum sensor is operatively connected via a microcontroller to the valve and an I.S. machine control , and in that the microcontroller is configured to interrupt, via the valve , the application of a vacuum to the finished form .
Surgical instrument for severing and removing a biopsy specimen, - wherein a suction channel for aspiration of the biopsy specimen from a distal region in the direction of a proximal region is formed in a shaft of the instrument , and - wherein a cutting tool is formed in the distal region of the shaft , the cutting tool having a cutting part and a movable counter cutting part , - wherein the counter cutting part is adjustable relative to the cutting part about an axis of rotation which is formed by a rotary joint , wherein the rotary joint is formed by two fastening elements which are each introduced from the inside outwards, wherein on the inside refers to a suction channel inner side of the suction channel , characterized in that the cutting part is fixed, and - in that the end sides of the fastening elements together with a wall of the suction channel form a planar suction channel inner side . - wherein a suction channel for aspiration of the biopsy specimen from a distal region in the direction of a proximal region is formed in a shaft of the instrument , and - wherein a cutting tool is formed in the distal region of the shaft , the cutting tool having a cutting part and a movable counter cutting part , - wherein the counter cutting part is adjustable relative to the cutting part about an axis of rotation which is formed by a rotary joint , wherein the rotary joint is formed by two fastening elements which are each introduced from the inside outwards, wherein on the inside refers to a suction channel inner side of the suction channel , characterized in that the cutting part is fixed, and - in that the end sides of the fastening elements together with a wall of the suction channel form a planar suction channel inner side .
A method of providing telecommunication service in a wireless communication network, comprising: providing a phone application for monitoring call quality; checking, by one or more processors, at least one of (i) a status of a subscriber initiating a call on the wireless communication network or (ii) whether the call is indicated as being an important call; upon a determination by the one or more processors either that (i) the subscriber is a higher-tier subscriber or (ii) the call has been indicated as being important, the one or more processors designating the call as a higher-tier call; in conjunction with designating the call as the higher-tier call, increasing a Quality of Service, QoS, associated with the call, the increasing the QoS comprising at least one of increasing a bandwidth, decreasing a packet latency, and choosing a frequency set with a least amount of connectivity problems, the frequency set with the least amount of connectivity problems including two or more distinct frequencies to which packets of the higher-tier call are to be allocated; monitoring, by the one or more processors, at least one of the bandwidth, the packet latency, the frequency set, and network connectivity problems during the call; and generating, for display in the phone application, a status of at least one of the bandwidth, the packet latency, the frequenc set, and the network connectivity problems. providing a phone application for monitoring call quality; checking, by one or more processors, at least one of (i) a status of a subscriber initiating a call on the wireless communication network or (ii) whether the call is indicated as being an important call; upon a determination by the one or more processors either that (i) the subscriber is a higher-tier subscriber or (ii) the call has been indicated as being important, the one or more processors designating the call as a higher-tier call; in conjunction with designating the call as the higher-tier call, increasing a Quality of Service, QoS, associated with the call, the increasing the QoS comprising at least one of increasing a bandwidth, decreasing a packet latency, and choosing a frequency set with a least amount of connectivity problems, the frequency set with the least amount of connectivity problems including two or more distinct frequencies to which packets of the higher-tier call are to be allocated; monitoring, by the one or more processors, at least one of the bandwidth, the packet latency, the frequency set, and network connectivity problems during the call; and generating, for display in the phone application, a status of at least one of the bandwidth, the packet latency, the frequenc set, and the network connectivity problems.
Image lighting or display panel comprising a substrate supporting: - a light emitting organic layer partitioned in light emitting cells and sandwiched between two layers of electrodes, one of which is transparent, the other opaque, each cell corresponding to a cover zone of an electrode of each layer, - a layer of light extractors, made up of a transparent material, operating by reflection and comprising a light inlet section , a light outlet section positioned towards the outside of the panel, and side walls forming reflective diopters for light circulating inside the extractors and a closed reflective surface, the surface of said outlet section of an extractor being superior to the surface of said inlet section of the extractor, Where the light emitting layer zone of each cell is optically coupled to a plurality of extractors , Characterised in that the light inlet sections of the extractors are optically coupled to the light emitting layer via said transparent layer of electrodes and via a layer of hardened glue , said layer of hardened glue being at least present between the transparent layer of electrodes and the layer of light extractors, the inlet sections of the extractors penetrating in said layer of hardened glue; And in that the distance between the light emitting layer and the inlet sections of the extractors are inferior or equal to 2 μm. - a light emitting organic layer partitioned in light emitting cells and sandwiched between two layers of electrodes, one of which is transparent, the other opaque, each cell corresponding to a cover zone of an electrode of each layer, - a layer of light extractors, made up of a transparent material, operating by reflection and comprising a light inlet section , a light outlet section positioned towards the outside of the panel, and side walls forming reflective diopters for light circulating inside the extractors and a closed reflective surface, the surface of said outlet section of an extractor being superior to the surface of said inlet section of the extractor,
Elevator rescue system for moving an elevator car of an elevator in an emergency situation, which elevator includes an elevator motor acting on hoisting ropes by which the elevator car is suspended and/or moved, which elevator motor comprises at least one electro-mechanical brake and an encoder outputting a signal corresponding to its speed, which system comprises - a back-up power source , characterized by - a jerk monitoring circuit connected to the encoder and comprising a memory for at least one first upper threshold value for the time derivative of the car acceleration, - a brake feed circuit which is controlled by the jerk monitoring circuit, - at least one release switch which is connected to the jerk monitoring circuit and/or to the brake feed circuit, in which system the operation of the release switch activates the brake feed circuit to release the brake, and initiates the jerk monitoring circuit to compare the derivative of the car acceleration as derived from the encoder signal with the stored first upper threshold value, whereby it forwards a control signal to the brake feed circuit to initiate/stop braking depending on the comparison result. - a back-up power source , - a jerk monitoring circuit connected to the encoder and comprising a memory for at least one first upper threshold value for the time derivative of the car acceleration, - a brake feed circuit which is controlled by the jerk monitoring circuit, - at least one release switch which is connected to the jerk monitoring circuit and/or to the brake feed circuit,
A pumping finger subassembly for a peristaltic infusion pump , the pumping finger subassembly comprising: a housing including a base , a leading wall , a trailing wall , and a first side wall arranged with respect to one another to define a transverse slot , wherein the transverse slot is open through an upper opening of the housing opposite the base and through a second side opening of the housing opposite the first side wall; a pinch member received by the housing though the second side opening, the pinch member including a pedestal portion and a tip portion extending upwardly from the pedestal portion; a block member separate from the pinch member and from the housing, the block member being received by the housing though the second side opening, the block member including a foot portion and a side wall portion extending upwardly from the foot portion, wherein the side wall portion of the block member closes at least a portion of the second side opening of the housing; and at least one spring arranged to act between the foot portion of the block member and the pedestal portion of the pinch member to bias the pinch member in a direction causing the tip portion of the pinch member to protrude from the housing through the upper opening of the housing. a housing including a base , a leading wall , a trailing wall , and a first side wall arranged with respect to one another to define a transverse slot , wherein the transverse slot is open through an upper opening of the housing opposite the base and through a second side opening of the housing opposite the first side wall; a pinch member received by the housing though the second side opening, the pinch member including a pedestal portion and a tip portion extending upwardly from the pedestal portion; a block member separate from the pinch member and from the housing, the block member being received by the housing though the second side opening, the block member including a foot portion and a side wall portion extending upwardly from the foot portion, wherein the side wall portion of the block member closes at least a portion of the second side opening of the housing; and at least one spring arranged to act between the foot portion of the block member and the pedestal portion of the pinch member to bias the pinch member in a direction causing the tip portion of the pinch member to protrude from the housing through the upper opening of the housing.
A water heating apparatus, comprising: a combustion chamber ; a burner assembly located within the combustion chamber; a variable flow premix low range blower assembly communicated with the burner assembly for supplying premixed fuel and air to the burner assembly, the low range blower assembly being operable over a low flow rate range extending from a low range low end to a low range high end; a control system operably associated with the low range blower system ; characterized in that the water heating apparatus further comprises a variable flow premix high range blower assembly communicated with the burner assembly for supplying premixed fuel and air to the burner assembly, the high range blower assembly being operable over a high flow rate range extending from a high range low end to a high range high end, wherein the high range high end is greater than the low range high end; the control system operably associated with the low range blower assembly is also operably associated with the high range blower assembly to selectively operate one or both of the blower assemblies as needed in response to heat demand on the water heating apparatus. a combustion chamber ; a burner assembly located within the combustion chamber; a variable flow premix low range blower assembly communicated with the burner assembly for supplying premixed fuel and air to the burner assembly, the low range blower assembly being operable over a low flow rate range extending from a low range low end to a low range high end; a control system operably associated with the low range blower system ; characterized in that the water heating apparatus further comprises a variable flow premix high range blower assembly communicated with the burner assembly for supplying premixed fuel and air to the burner assembly, the high range blower assembly being operable over a high flow rate range extending from a high range low end to a high range high end, wherein the high range high end is greater than the low range high end; the control system operably associated with the low range blower assembly is also operably associated with the high range blower assembly to selectively operate one or both of the blower assemblies as needed in response to heat demand on the water heating apparatus.
Pneumatic vehicle tyre of radial type of construction, having a tread with at least one shoulder-side profile rib in which transverse sipes extend in an axial direction, said transverse sipes having a width of 0.40 mm to 1.00 mm and extending at least to the lateral edge of the ground contact area of the tyre, wherein the transverse sipes are adjoined outside the ground contact area, in the outer shoulder region, in each by an elongate depression which has a width of 1.50 mm to 3.00 mm over 80% to 100% of its extent length (e) and which, directly adjoining the transverse sipe and in the direction of its longitudinal extent, is depressed in a hollow-like manner and which has its greatest depth (t) in the region of the hollow , characterized in that the greatest depth of the transverse sipes is 60% to 80% of the profile depth, and a sipe branches off from the tread-inner-side end of the depression at the tread edge (L), said sipe having two portions which extend at an obtuse angle of in particular 110° to 150° to one another and of which the first portion adjoins the depression and extends at an acute angle of in particular 40° to 70° to the depression .
A polyolefin microporous membrane which has a fluctuation range of F25 value in the length direction of 1 MPa or less, and which has a length of 1,000 m or more, wherein the F25 value refers to a value obtained by, in accordance with JIS K7113, measuring a load value applied to a test specimen when the test specimen is stretched by 25% using a tensile tester; and dividing the load value by the value of the cross-sectional area of the test specimen.