mhurhangee/patent-ind-claim-en huggingface dataset:
Measuring instrument for measuring electrical quantities, in particular electrical voltages and/or electrical currents, comprising: - a housing body comprising a housing space , - at least one measuring device arranged or formed in the housing space for measuring an electrical quantity measurable by means of the measuring instrument , and - an electrical energy storage , wherein the housing body has at least one receiving region for releasable receiving of the electrical energy storage , wherein the receiving region is formed as a slot-like or -shaped recess in the housing body , wherein the electrical energy storage comprises a part of an energy storage-side electrical connection device forming an electrical connection element for the electrical connection of the electrical energy storage received in the receiving region to an electrical connection element associated with a housing-side electrical connection device and the energy storage-side connection element is formed as a projection from an energy storage-side housing body , characterized by the fact that The electrical energy storage is provided with a further electrical connection element via which it can be connected to a charging cable or the like in the context of a charging process, wherein this further connection element is arranged or formed in the region of one side of an energy storage side housing body , which is not accessible in the receiving region in the state of the energy storage . - a housing body comprising a housing space , - at least one measuring device arranged or formed in the housing space for measuring an electrical quantity measurable by means of the measuring instrument , and - an electrical energy storage , wherein the housing body has at least one receiving region for releasable receiving of the electrical energy storage , wherein the receiving region is formed as a slot-like or -shaped recess in the housing body , wherein the electrical energy storage comprises a part of an energy storage-side electrical connection device forming an electrical connection element for the electrical connection of the electrical energy storage received in the receiving region to an electrical connection element associated with a housing-side electrical connection device and the energy storage-side connection element is formed as a projection from an energy storage-side housing body ,
A method for manufacturing a light emitting diode device, comprising: mounting a light emitting diode element on a wiring substrate having lead electrodes connected to the light emitting diode element ; forming one or more protrusions provided on an upper surface of the wiring substrate ; forming a sealing member for sealing the light emitting diode element on a base body by dropping the material of the sealing member , the base body comprising the wiring substrate and the one or more protrusions , characterised in that the sealing member is formed such that at least a part of a periphery of the sealing member is located on an lateral outward surface of the one or more protrusions , the outward surface facing laterally directed outward from the light emitting diode element in a top view, and making an angle of approximately a contact angle (θ) or less to the outward surface or to a tangent plane of the outward surface at a contact point between the outward surface and the periphery of the sealing member . mounting a light emitting diode element on a wiring substrate having lead electrodes connected to the light emitting diode element ; forming one or more protrusions provided on an upper surface of the wiring substrate ; forming a sealing member for sealing the light emitting diode element on a base body by dropping the material of the sealing member , the base body comprising the wiring substrate and the one or more protrusions , characterised in that the sealing member is formed such that at least a part of a periphery of the sealing member is located on an lateral outward surface of the one or more protrusions , the outward surface facing laterally directed outward from the light emitting diode element in a top view, and making an angle of approximately a contact angle (θ) or less to the outward surface or to a tangent plane of the outward surface at a contact point between the outward surface and the periphery of the sealing member .
An absorbent composite foam comprising: between 5 to 40% by wt. water resistant fibers; between 30 to 45% by wt. cellulosic fibers; between 5 to 35% by wt. binder; a foaming surfactant; and wherein binder bonds adjacent fibers at fiber contact points and said cellulosic fibers are bonded to one another by means of hydrogen bonding, and further wherein the absorbent composite has a density between 0.04 g/cc and 0.005 g/cc and a Wet Caliper Retention of greater than 40%, wherein the Wet Caliper Retention is determined according to the method provided in the description herein. between 5 to 40% by wt. water resistant fibers; between 30 to 45% by wt. cellulosic fibers; between 5 to 35% by wt. binder; a foaming surfactant; and wherein binder bonds adjacent fibers at fiber contact points and said cellulosic fibers are bonded to one another by means of hydrogen bonding, and further wherein the absorbent composite has a density between 0.04 g/cc and 0.005 g/cc and a Wet Caliper Retention of greater than 40%, wherein the Wet Caliper Retention is determined according to the method provided in the description herein.
An apparatus for detecting and grading carcinoma, comprising: (i) a computer processor; and (ii) a non-transitory computer-readable memory storing instructions executable by the computer processor; (iii) wherein said instructions, when executed by the computer processor, perform steps comprising: (a) acquiring a plurality of magnetic resonance images of a subject; (b) pre-processing the acquired images; characterized by (c) applying a convolution neural network method to extract deep learning features from the pre-processed images ; (d) applying support vector machine classifiers to the extracted deep learning features to produce support vector machine decision values ; and (e) obtaining a Gaussian radial basis function kernel support vector machine classification of combined support vector machine decision values and statistical features to produce a final decision. (i) a computer processor; and (ii) a non-transitory computer-readable memory storing instructions executable by the computer processor; (iii) wherein said instructions, when executed by the computer processor, perform steps comprising: (a) acquiring a plurality of magnetic resonance images of a subject; (b) pre-processing the acquired images; characterized by (c) applying a convolution neural network method to extract deep learning features from the pre-processed images ; (d) applying support vector machine classifiers to the extracted deep learning features to produce support vector machine decision values ; and (e) obtaining a Gaussian radial basis function kernel support vector machine classification of combined support vector machine decision values and statistical features to produce a final decision. (a) acquiring a plurality of magnetic resonance images of a subject; (b) pre-processing the acquired images; characterized by (c) applying a convolution neural network method to extract deep learning features from the pre-processed images ; (d) applying support vector machine classifiers to the extracted deep learning features to produce support vector machine decision values ; and (e) obtaining a Gaussian radial basis function kernel support vector machine classification of combined support vector machine decision values and statistical features to produce a final decision.
A wireless device (204 1 ) located in a serving cell (203 1 ) and configured to interact with a wireless access node (202 1 ), the wireless device comprising: a transceiver circuit (210 1 ) configured with resources for a Physical Uplink Control Channel, PUCCH, and a short PUCCH, sPUCCH; a buffer that has uplink data stored therein; a processor (218 1 ); and, a memory (220 1 ) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the wireless device is operable to: determine whether or not the sPUCCH performs equally well as the PUCCH; and, based on the determination of whether or not the sPUCCH performs equally well as the PUCCH, apply a strategy for determining when to trigger a fallback, wherein the strategy is based on a number of failed Scheduling Request, SR, transmissions to the wireless access node, wherein the SR transmissions are transmitted by the transceiver circuit to the wireless access node due to the buffer having uplink data stored therein, and wherein the fallback if triggered includes releasing the resources for the PUCCH and the sPUCCH. a transceiver circuit (210 1 ) configured with resources for a Physical Uplink Control Channel, PUCCH, and a short PUCCH, sPUCCH; a buffer that has uplink data stored therein; a processor (218 1 ); and, a memory (220 1 ) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the wireless device is operable to: determine whether or not the sPUCCH performs equally well as the PUCCH; and, based on the determination of whether or not the sPUCCH performs equally well as the PUCCH, apply a strategy for determining when to trigger a fallback, wherein the strategy is based on a number of failed Scheduling Request, SR, transmissions to the wireless access node, wherein the SR transmissions are transmitted by the transceiver circuit to the wireless access node due to the buffer having uplink data stored therein, and wherein the fallback if triggered includes releasing the resources for the PUCCH and the sPUCCH. determine whether or not the sPUCCH performs equally well as the PUCCH; and, based on the determination of whether or not the sPUCCH performs equally well as the PUCCH, apply a strategy for determining when to trigger a fallback, wherein the strategy is based on a number of failed Scheduling Request, SR, transmissions to the wireless access node, wherein the SR transmissions are transmitted by the transceiver circuit to the wireless access node due to the buffer having uplink data stored therein, and wherein the fallback if triggered includes releasing the resources for the PUCCH and the sPUCCH.
Network connector assembly (200; 300) for vehicles, wherein the network preferably communicates at data rates of at least 100 Mbit/s and/or at least 1 Gbit/s, and wherein the connector assembly (200; 300) comprises a header (240; 340), comprising at least two pins (232; 332), wherein the pins (232; 332) extend in a mating direction (236; 336); an electrically conductive shielding member (220; 320) having a front face (226; 326), that is oriented substantially normal to the mating direction (236; 336); the at least two pins (232; 332), forming a pin pair (230; 330), wherein to reduce crosstalk between two adjacent pin pairs and/or other data communication members in the environment of the pin pair , said electrically conductive shielding member (220; 320), shields the pin pair (230; 330) on at least two sides, characterized by a header shroud (210; 310), wherein the header shroud (210; 310) is provided with a shielding cavity for receiving the shielding member (220; 230), wherein the front face (226; 326) of the shielding member (220; 320) is covered by the header shroud (210; 310).
Composition comprising at least one free glycine source selected from the group of the free amino acid glycine, physiologically acceptable salts of the free amino acid glycine, dipeptides having at least one glycine unit, tripeptides having at least one glycine unit and tetrapeptides having at least one glycine unit for use in inducing or improving tolerance against a food allergen or preventing the development of a food allergy in a human selected from the group consisting of children and infants, the composition comprising at least 7 en% protein ('protein' being defined as compounds composed of one or more amino acids, the term including free amino acids, salts thereof, hydrolysed proteins and intact protein) and the total content of glycine provided by the free glycine source being 60- 350 mg/g protein.
Mobile sub-assembly for accommodating and conveying at least one passenger, comprising a support , a cabin and a guide for guiding the cabin relative to the support in rotation about a reference axis which is shared by the support and the cabin , the reference axis being horizontal when the mobile sub-assembly is in an operational state, the mobile sub-assembly being provided with a stabilization system comprising at least one toothed ring which is secured to the support and centered on the reference axis , at least a first pinion supported by the cabin so as to mesh with the toothed ring , and motor means which are capable of driving the first pinion , characterized in that the first pinion is supported by the cabin so as to mesh with a region of the toothed ring which is located above the first pinion .
Vehicle heater comprising a mounting arrangement for fixedly mounting the vehicle heater to a support structure , the mounting arrangement comprising: - a mounting base with a base surface to be positioned facing a support structure , - a cover element to be positioned overlapping the base surface and having a base abutment surface to be positioned facing the base surface and a support structure abutment surface to be positioned facing a support structure , - at least one support projection projecting above the base surface and providing a support structure carrier area , wherein a support projection engagement opening is provided in the cover element in association with the at least one support projection , - a plurality of mounting bolts projecting or to be projectingly positioned on the mounting base beyond the base surface , wherein a bolt passage opening is provided in the cover element in association with each mounting bolt , characterized in that at least one support projection is formed on a mounting bolt . - a mounting base with a base surface to be positioned facing a support structure , - a cover element to be positioned overlapping the base surface and having a base abutment surface to be positioned facing the base surface and a support structure abutment surface to be positioned facing a support structure , - at least one support projection projecting above the base surface and providing a support structure carrier area , wherein a support projection engagement opening is provided in the cover element in association with the at least one support projection , - a plurality of mounting bolts projecting or to be projectingly positioned on the mounting base beyond the base surface , wherein a bolt passage opening is provided in the cover element in association with each mounting bolt ,
A node of a wireless communication system comprising: a radio transceiver that is configured to communicate with user equipment ; and a processor that is configured to assign the user equipment to a first group of radio resources (R1) of the radio transceiver having a first reference signal pattern or to a second group of radio resources (R2) of the radio transceiver having a second reference signal pattern depending on the mobility of the user equipment and/or stability of a radio channel over which communication with the user equipment occurs, such that the user equipment is assigned to the first group of radio resources (R1) if it has low mobility and is assigned to the second group of radio resources (R2) if it has high mobility and/or the radio channel is varying in time, wherein the first and second groups of radio resources comprise nonoverlapping carrier frequency bands, and wherein the density in time of the second reference signal pattern is higher than the density in time of the first reference signal pattern; the node arranged to engage the user equipment assigned to the first group of radio resources in coordinated multipoint transmission; and the node is further arranged to reassign the user equipment to the second group or the first group in response to a change in the mobility of the user equipment. a radio transceiver that is configured to communicate with user equipment ; and a processor that is configured to assign the user equipment to a first group of radio resources (R1) of the radio transceiver having a first reference signal pattern or to a second group of radio resources (R2) of the radio transceiver having a second reference signal pattern depending on the mobility of the user equipment and/or stability of a radio channel over which communication with the user equipment occurs, such that the user equipment is assigned to the first group of radio resources (R1) if it has low mobility and is assigned to the second group of radio resources (R2) if it has high mobility and/or the radio channel is varying in time, wherein the first and second groups of radio resources comprise nonoverlapping carrier frequency bands, and wherein the density in time of the second reference signal pattern is higher than the density in time of the first reference signal pattern; the node arranged to engage the user equipment assigned to the first group of radio resources in coordinated multipoint transmission; and the node is further arranged to reassign the user equipment to the second group or the first group in response to a change in the mobility of the user equipment.
A process for manufacturing a monolithic metal-organic framework (MOF) composite body, the process comprising the steps: providing MOF precursors; providing nanoparticles having an average particle size corresponding to an average particle diameter in the range 3-200nm; providing at least one solvent; allowing the reaction of the MOF precursors in the solvent in the presence of the nanoparticles; carrying out a drying stage with a maximum temperature in the drying stage of not more than 80°C to form a monolithic MOF composite body having a smallest dimension of at least 1mm, the MOF composite body comprising MOF crystallites adhered to each other via a binder comprising MOF, and incorporating at least 0.15 vol% and at most 1 vol% of the nanoparticles encapsulated in MOF. providing MOF precursors; providing nanoparticles having an average particle size corresponding to an average particle diameter in the range 3-200nm; providing at least one solvent; allowing the reaction of the MOF precursors in the solvent in the presence of the nanoparticles; carrying out a drying stage with a maximum temperature in the drying stage of not more than 80°C to form a monolithic MOF composite body having a smallest dimension of at least 1mm, the MOF composite body comprising MOF crystallites adhered to each other via a binder comprising MOF, and incorporating at least 0.15 vol% and at most 1 vol% of the nanoparticles encapsulated in MOF.
Extractor hood, which comprises a panel and an appliance base body , in the lower face of which an intake opening is provided for taking in air and whereon the panel is attached at least to a part of the front face of the appliance base body , characterised in that the front face of the appliance base body is a flat surface, the panel consists of at least two panel parts (21-26), which completely form the appliance front, and the at least two panel parts (21-26) are connected by way of a single connecting layer to the front face of the appliance base body .
A winder unit for winding cutting line, the winder unit comprising: a rotatable spindle shaft for winding; a ratchet device ; and mounting means for mounting the winder unit to a glazing panel, characterized in that : the ratchet device is mounted to the spindle shaft by a one-way rotational bearing or clutch . a rotatable spindle shaft for winding; a ratchet device ; and mounting means for mounting the winder unit to a glazing panel, characterized in that : the ratchet device is mounted to the spindle shaft by a one-way rotational bearing or clutch .
Portable energy storage apparatus for operating electrically operated tool devices , having a portable receiving device which is suitable for receiving an energy storage device , wherein the energy storage device has at least two connections for connecting two tool devices , wherein the tool devices can be operated independently of one another via these connections , so that the energy storage device apparatus has at least two connections for connecting two tool devices, wherein the tool devices can be operated independently of one another via these connections, characterized in that the energy storage apparatus has a transmitting device for wirelessly outputting data, and in that the energy storage apparatus has an amplifier device for amplifying the signals to be output by the transmitting device and/or the signals to be received by a receiving device.
A method of wireless communication at a user equipment, UE, comprising: identifying an upcoming absence of uplink data for transmission on an uplink communication channel to a network entity during a period defined by a configured grant; and transmitting a message including adjustment information of at least one resource associated with the configured grant to the network entity , the message triggering adjustment of the at least one resource associated with the configured grant based on identifying the absence of uplink data for transmission on the uplink communication channel, characterized in that the message including the adjustment information is transmitted on a subsequent scheduled physical uplink shared channel, PUSCH, transmission associated with the configured grant after a Layer 1 indication is transmitted on a current PUSCH, the Layer 1 indication corresponding to a distinct indication represented by a number of bits or a scrambling code used to scramble the current PUSCH. identifying an upcoming absence of uplink data for transmission on an uplink communication channel to a network entity during a period defined by a configured grant; and transmitting a message including adjustment information of at least one resource associated with the configured grant to the network entity , the message triggering adjustment of the at least one resource associated with the configured grant based on identifying the absence of uplink data for transmission on the uplink communication channel, characterized in that the message including the adjustment information is transmitted on a subsequent scheduled physical uplink shared channel, PUSCH, transmission associated with the configured grant after a Layer 1 indication is transmitted on a current PUSCH, the Layer 1 indication corresponding to a distinct indication represented by a number of bits or a scrambling code used to scramble the current PUSCH.
Slugging wrench for exerting a slugging force on a fastening member such as a nut during tightening or loosening thereof, the slugging wrench comprising: an arm , an impact absorbing element arranged on the arm for absorbing the slugging force, a receiving member for receiving the fastening member, wherein, the receiving member is provided with an inner surface fitting in force-transmitting manner on an outer surface of the fastening member and comprising at least two wall parts having in a view, such as in the in-feed direction, a shape such as a polygon, such as a hexagon, such as a dodecagon, characterized in that the slugging wrench comprises at least two clamping rings configured for providing a clamping action on the fastening member to retain the slugging wrench in position on the fastening member without being hand-held when the fastening member is located within the receiving member , wherein the inner surface is provided with at least two grooves respectively configured for receiving one of said clamping rings ; wherein a rear wall of the grooves comprises bulges for pressing the clamping rings against the fastening member. an arm , an impact absorbing element arranged on the arm for absorbing the slugging force, a receiving member for receiving the fastening member,