mhurhangee/patent-ind-claim-en huggingface dataset:
Semiconductor switch with a monolithically integrated field effect transistor, in which a source or emitter region of the field effect transistor is electrically connected to a first electrical connection (10, K), and a drain or collector region of the field effect transistor is electrically connected to a second electrical connection (10, A) of the semiconductor switch, wherein - the source or emitter region of the field effect transistor is connected to the first electrical connection (10, K) via a semiconductor region and a n-doped contact region , and - a semiconductor structure with n-doped channels is formed in the semiconductor region between the n-doped contact region and the source or emitter region of the field effect transistor, which channels electrically connect the n-doped contact region to the source or emitter region of the field effect transistor and extend between p-doped regions , which are connected to the n-doped contact region within the semiconductor switch, characterized in that the p-doped regions are connected to the source or emitter region via an ohmic connection . - the source or emitter region of the field effect transistor is connected to the first electrical connection (10, K) via a semiconductor region and a n-doped contact region , and - a semiconductor structure with n-doped channels is formed in the semiconductor region between the n-doped contact region and the source or emitter region of the field effect transistor, which channels electrically connect the n-doped contact region to the source or emitter region of the field effect transistor and extend between p-doped regions , which are connected to the n-doped contact region within the semiconductor switch,
A damping member configured to allow an engaging portion to be inserted through the damping member , the engaging portion being provided in a rotary connector device and including an engaging shaft portion which extends in a predetermined direction and an engaging claw portion which protrudes from the engaging shaft portion , the damping member being formed of an elastic material, and comprising: a first slit through which the engaging shaft portion is inserted; and a second slit extending from the first slit toward the protruding direction side of the engaging claw portion , the first slit and the second slit communicating with each other to provide an insertion portion through which the engaging portion is inserted. the engaging portion being provided in a rotary connector device and including an engaging shaft portion which extends in a predetermined direction and an engaging claw portion which protrudes from the engaging shaft portion , the damping member being formed of an elastic material, and comprising: a first slit through which the engaging shaft portion is inserted; and a second slit extending from the first slit toward the protruding direction side of the engaging claw portion , the first slit and the second slit communicating with each other to provide an insertion portion through which the engaging portion is inserted. a first slit through which the engaging shaft portion is inserted; and a second slit extending from the first slit toward the protruding direction side of the engaging claw portion , the first slit and the second slit communicating with each other to provide an insertion portion through which the engaging portion is inserted.
A method of building a decision tree for packet classification, comprising: generating a first type decision tree by performing tree building for a classification rule set based on a non-template dimension of the classification rule set, wherein the template dimension represents at least one dimension corresponding to a classification rule in the classification rule set, and the non-template dimension represents an instantiated dimension other than the template dimension corresponding to the classification rule in the classification rule set; generating a second type decision tree by performing tree building for each leaf node in the first type decision tree based on a template dimension of the classification rule set; and associating a plurality of leaf nodes that are Same Pattern Sub Ruleset, SPSR, to each other in the first type decision tree with a same second type decision tree, wherein the plurality of leaf nodes that are SPSR to each other indicate that classification rule sets respectively included in the plurality of leaf nodes are SPSR to each other, and wherein in case of different non-template dimensions, classification rules in the classification rule set are divided into different classification rule subsets, such that each classification rule subset is of a same non-template dimension, and the classification rule subsets are SPSR to each other. generating a first type decision tree by performing tree building for a classification rule set based on a non-template dimension of the classification rule set, wherein the template dimension represents at least one dimension corresponding to a classification rule in the classification rule set, and the non-template dimension represents an instantiated dimension other than the template dimension corresponding to the classification rule in the classification rule set; generating a second type decision tree by performing tree building for each leaf node in the first type decision tree based on a template dimension of the classification rule set; and associating a plurality of leaf nodes that are Same Pattern Sub Ruleset, SPSR, to each other in the first type decision tree with a same second type decision tree, wherein the plurality of leaf nodes that are SPSR to each other indicate that classification rule sets respectively included in the plurality of leaf nodes are SPSR to each other, and wherein in case of different non-template dimensions, classification rules in the classification rule set are divided into different classification rule subsets, such that each classification rule subset is of a same non-template dimension, and the classification rule subsets are SPSR to each other.
A process for removal of trace chloride contaminants in a reactor effluent in a catalytic dehydrogenation process , the process comprising: compressing the reactor effluent comprising polynuclear aromatics in a compressor to provide a compressed effluent; introducing the compressed effluent into a chloride remover ; adsorbing chlorides present in the compressed effluent in the chloride remover, to provide a treated effluent ; wherein adsorbing the chlorides takes place at a temperature between 93 and 300 °C; wherein adsorbing the chloride comprises: contacting the compressed effluent with an adsorbent material ; wherein the adsorbent material comprises activated alumina, a promoted alumina product, metal oxides, molecular sieves, or a combination; and cooling the treated effluent in a cooler . compressing the reactor effluent comprising polynuclear aromatics in a compressor to provide a compressed effluent; introducing the compressed effluent into a chloride remover ; adsorbing chlorides present in the compressed effluent in the chloride remover, to provide a treated effluent ; wherein adsorbing the chlorides takes place at a temperature between 93 and 300 °C; wherein adsorbing the chloride comprises: contacting the compressed effluent with an adsorbent material ; wherein the adsorbent material comprises activated alumina, a promoted alumina product, metal oxides, molecular sieves, or a combination; and cooling the treated effluent in a cooler . contacting the compressed effluent with an adsorbent material ; wherein the adsorbent material comprises activated alumina, a promoted alumina product, metal oxides, molecular sieves, or a combination; and cooling the treated effluent in a cooler .
A mixer for biogas fermenters, adapted to stir a fermenting material, said mixer comprising: - a shaft , rotatable around an axis of rotation (x); - a stirring element , comprising an attachment portion configured to circumferentially embrace part of the shaft , said attachment portion being welded to the shaft in at least one point of at least one of the circumferential contact profiles between said attachment portion and said shaft ; characterized in that it further comprises: - a pair of projections , radially protruding from the shaft from diametrically opposite parts of said shaft , said projections facing respective circumferential ends of the attachment portion of the stirring element , and each being configured to form a stop against which the relevant circumferential end of the attachment portion may abut, preventing the projection and the relevant circumferential end from being fixed or integral with one another. - a shaft , rotatable around an axis of rotation (x); - a stirring element , comprising an attachment portion configured to circumferentially embrace part of the shaft , said attachment portion being welded to the shaft in at least one point of at least one of the circumferential contact profiles between said attachment portion and said shaft ; characterized in that it further comprises: - a pair of projections , radially protruding from the shaft from diametrically opposite parts of said shaft , said projections facing respective circumferential ends of the attachment portion of the stirring element , and each being configured to form a stop against which the relevant circumferential end of the attachment portion may abut, preventing the projection and the relevant circumferential end from being fixed or integral with one another. - a pair of projections , radially protruding from the shaft from diametrically opposite parts of said shaft , said projections facing respective circumferential ends of the attachment portion of the stirring element , and each being configured to form a stop against which the relevant circumferential end of the attachment portion may abut, preventing the projection and the relevant circumferential end from being fixed or integral with one another.
Use of a composite for extracting rare earth metals from an acid-leaching slurry or an acid-leaching solution in which iron ions are present as ferric cations or the ferric ions are reduced to ferrous ions, the composite comprising a cation exchange extractant such as organophosphorus acids, sulfonic acids, and carboxylic acids, a neutral extractant such as tri-n-butyl-phosphate, or an anion exchange extractant such as an amine, wherein the composite further comprises a polymer resin having at least one functional group, wherein the at least one functional group of the polymer resin is selected from phosphoric acid groups, sulfonic acid groups, and carboxylic acid groups.
Sanitary fixture having a base plate which has a first receptacle for a cold-water hose end piece and a second receptacle for a hot-water hose end piece , and having an adapter piece that has, on a first side , a base-plate receptacle for the base plate and, on a second side , a preferably planar connecting means for connecting a single-lever mixing cartridge , wherein a connection piece is pivotably fastened to the base plate , said connection piece having an internal duct that leads, at a first end , to the connecting means and, at a second end , to a hose connector , wherein the connection piece is connected to the connecting means, in a connection region containing the first end of the connecting duct , via a connection-piece receptacle of the adapter piece by way of a plug-in connection, which connection-piece receptacle is assigned a connecting passage of a first kind that leads to the connecting means , and wherein the hose receptacles are each assigned a connecting passage of a second kind that leads to the connecting means, characterized in that the connecting passage of the first kind extends in the adapter piece in a skew manner intersecting the connecting passages of the second kind .
A cartridge for use with an apparatus configured to heat smokable material and thereby volatilize at least one component of the smokable material , the cartridge comprising: a container that defines a cavity ; smokable material disposed in the cavity , wherein the cavity comprises up to 1 gram of the smokable material ; and heatable heater material that is configured to, in use, be heated by penetration of a varying magnetic field and to thereby heat the smokable material and volatilize at least one component thereof; wherein the heatable heater material is a body in the form of a mesh. a container that defines a cavity ; smokable material disposed in the cavity , wherein the cavity comprises up to 1 gram of the smokable material ; and heatable heater material that is configured to, in use, be heated by penetration of a varying magnetic field and to thereby heat the smokable material and volatilize at least one component thereof; wherein the heatable heater material is a body in the form of a mesh.
An electromagnetic radiation system for directing an electromagnetic radiation beam at a target comprising: an electromagnetic radiation source for providing the electromagnetic radiation beam, the electromagnetic radiation source comprising an optical fiber laser comprising an optical fiber amplifier ; a head for projecting the electromagnetic radiation beam on to the target ; and an umbilical assembly connecting the electromagnetic radiation source to the head and configured to transmit the electromagnetic radiation beam to the head ; characterized in that the electromagnetic radiation system further comprises an optical isolator positioned between the optical fiber amplifier and the umbilical assembly , wherein the optical fiber amplifier is a final optical amplification stage of the electromagnetic radiation system . an electromagnetic radiation source for providing the electromagnetic radiation beam, the electromagnetic radiation source comprising an optical fiber laser comprising an optical fiber amplifier ; a head for projecting the electromagnetic radiation beam on to the target ; and an umbilical assembly connecting the electromagnetic radiation source to the head and configured to transmit the electromagnetic radiation beam to the head ; characterized in that the electromagnetic radiation system further comprises an optical isolator positioned between the optical fiber amplifier and the umbilical assembly , wherein the optical fiber amplifier is a final optical amplification stage of the electromagnetic radiation system .
A resource configuration method, wherein the method comprises: receiving (S101) a resource configuration that is of a physical uplink control channel, PUCCH, used for beam failure recovery and that is sent by a network device, wherein the resource configuration of the PUCCH comprises a corresponding transmit beam of the PUCCH; and when a beam failure event is detected, sending (S102, S103) a beam failure recovery request to the network device based on the resource configuration of the PUCCH and a corresponding periodicity of the PUCCH; wherein when the beam failure recovery request and an uplink measurement signal are to be transmitted in a same time domain resource, the beam failure recovery request is preferentially transmitted; wherein in a same time domain resource comprises: in a same symbol and the uplink measurement signal is a sounding reference signal, SRS. receiving (S101) a resource configuration that is of a physical uplink control channel, PUCCH, used for beam failure recovery and that is sent by a network device, wherein the resource configuration of the PUCCH comprises a corresponding transmit beam of the PUCCH; and when a beam failure event is detected, sending (S102, S103) a beam failure recovery request to the network device based on the resource configuration of the PUCCH and a corresponding periodicity of the PUCCH; wherein when the beam failure recovery request and an uplink measurement signal are to be transmitted in a same time domain resource, the beam failure recovery request is preferentially transmitted; wherein in a same time domain resource comprises: in a same symbol and the uplink measurement signal is a sounding reference signal, SRS.
A recyclable cardboard pallet which comprises a top platform and a bottom platform , each platform made up of at least one layer of laminar elements, and the platforms being arranged in parallel planes, wherein at least one layer of laminar elements of each platform incorporates openings and wherein separators are inserted in said openings , said separators being formed by an outer tubular body and an inner tubular body concentric with the outer tubular body and of a length greater than the length of the outer tubular body , characterized in that : - the openings have a frustoconical configuration, such that the largest diameter of the openings is positioned towards the inside of the pallet where the separators are located, - the inner tubular body has an outer diameter of a dimension similar to the smallest diameter of the opening , fitting flush with the laminar elements between which it is located, - the outer tubular body has an inner diameter of a dimension that is greater than or equal to the largest diameter of the opening , such that the ends thereof rest completely on the laminar elements between which it is placed, - the gap formed by the frustoconical configuration of the opening comprises fastening elements which fill in said gap, providing the joint with a greater resistance. - the openings have a frustoconical configuration, such that the largest diameter of the openings is positioned towards the inside of the pallet where the separators are located, - the inner tubular body has an outer diameter of a dimension similar to the smallest diameter of the opening , fitting flush with the laminar elements between which it is located, - the outer tubular body has an inner diameter of a dimension that is greater than or equal to the largest diameter of the opening , such that the ends thereof rest completely on the laminar elements between which it is placed, - the gap formed by the frustoconical configuration of the opening comprises fastening elements which fill in said gap, providing the joint with a greater resistance.
An electronic device housing, comprising: at least one of (a) a front glass cover placed and secured to provide a front surface for the electronic device enclosure, and (b) a back glass cover placed and secured to provide a back surface for the electronic device enclosure, wherein the front glass cover and the back glass cover comprise the glass substrate; wherein the glass substrate, comprises: a chemically-strengthened glass main body having opposing major surfaces; and a layer having a thickness provided over a majority of a first major surface, wherein at least a portion of the thickness of the layer comprises an inorganic material, a hardness as measured using a Berkovich indenter of at least 10 GPa and an x-ray amorphous structure, and wherein the layer comprises at least one attribute selected from the group consisting of: an optical transparency of at least 70% of incident light; and a compressive stress of at least 10 MPa. a chemically-strengthened glass main body having opposing major surfaces; and a layer having a thickness provided over a majority of a first major surface, wherein at least a portion of the thickness of the layer comprises an inorganic material, a hardness as measured using a Berkovich indenter of at least 10 GPa and an x-ray amorphous structure, and wherein the layer comprises at least one attribute selected from the group consisting of: an optical transparency of at least 70% of incident light; and a compressive stress of at least 10 MPa. an optical transparency of at least 70% of incident light; and a compressive stress of at least 10 MPa.
A reticle cell comprising: one or more pieces of reticle glass held inside a reticle ring by a retention washer ; and a retention ring that retains the retention washer and engages the reticle ring and the reticle glass , wherein the retention washer has tabs that engage corresponding channels on the inside of the reticle ring to prevent rotation of the reticle glass . one or more pieces of reticle glass held inside a reticle ring by a retention washer ; and a retention ring that retains the retention washer and engages the reticle ring and the reticle glass , wherein the retention washer has tabs that engage corresponding channels on the inside of the reticle ring to prevent rotation of the reticle glass .
A stacking apparatus comprising: a first stacking unit configured to move up and down between an upper limit position capable of rising and a lower limit position capable of lowering, and configured to stack sheets (S) of a first size; and a second stacking unit configured to stack sheets (S) of a second size larger than the first size in cooperation with the first stacking unit , characterized in that the second stacking unit is configured to be jointed to the first stacking unit at a predetermined position in an up-and-down movement direction of the first stacking unit , the second stacking unit being moved up and down together with the first stacking unit while being jointed to the first stacking unit in a case where the first stacking unit is located between the predetermined position and the upper limit position, and being released from a joint to the first stacking unit in a case where the first stacking unit is located below the predetermined position, wherein the second stacking unit stacks sheets (S) of the second size in the range from the predetermined position to the upper limit position. a first stacking unit configured to move up and down between an upper limit position capable of rising and a lower limit position capable of lowering, and configured to stack sheets (S) of a first size; and a second stacking unit configured to stack sheets (S) of a second size larger than the first size in cooperation with the first stacking unit , characterized in that the second stacking unit is configured to be jointed to the first stacking unit at a predetermined position in an up-and-down movement direction of the first stacking unit , the second stacking unit being moved up and down together with the first stacking unit while being jointed to the first stacking unit in a case where the first stacking unit is located between the predetermined position and the upper limit position, and being released from a joint to the first stacking unit in a case where the first stacking unit is located below the predetermined position, wherein the second stacking unit stacks sheets (S) of the second size in the range from the predetermined position to the upper limit position.