mhurhangee/patent-ind-claim-en huggingface dataset:
A pad comprising: a cushion layer having a first surface, a second surface, and a cushion-layer thickness between the first surface and the second surface; an attachment layer having a third surface, a fourth surface, and an attachment-layer thickness between the third surface and the fourth surface, wherein the attachment layer includes either a hook component or a loop component of a hook-and-loop attachment system, and wherein the third surface of the attachment layer is coupled to the second surface of the cushion layer ; a first incision extending entirely through the cushion layer and the attachment layer , from the first surface to the fourth surface; a second incision that is collinear with the first incision and that extends entirely through the cushion layer and the attachment layer , from the first surface to the fourth surface; characterized by a connecting portion separating an end of the first incision from an end of the second incision , the connecting portion including a portion of the cushion layer and a portion of the attachment layer . a cushion layer having a first surface, a second surface, and a cushion-layer thickness between the first surface and the second surface; an attachment layer having a third surface, a fourth surface, and an attachment-layer thickness between the third surface and the fourth surface, wherein the attachment layer includes either a hook component or a loop component of a hook-and-loop attachment system, and wherein the third surface of the attachment layer is coupled to the second surface of the cushion layer ; wherein the attachment layer includes either a hook component or a loop component of a hook-and-loop attachment system, and wherein the third surface of the attachment layer is coupled to the second surface of the cushion layer ; a first incision extending entirely through the cushion layer and the attachment layer , from the first surface to the fourth surface; a second incision that is collinear with the first incision and that extends entirely through the cushion layer and the attachment layer , from the first surface to the fourth surface; characterized by a connecting portion separating an end of the first incision from an end of the second incision , the connecting portion including a portion of the cushion layer and a portion of the attachment layer .
Method of addressing memory in a data-processing apparatus comprising, when a central processing unit , while performing a task of the apparatus , executes an instruction involving a pointer to or a direct memory address located in a segment (r, d, h, f, o, i, c) of the memory: decoding the instruction by means of an instruction decoder , and generating an address within the memory of said task by means of a pointer operator operating on the pointer or using a direct memory address , characterized in extending the address by an identifier of the task or an identifier of the segment (r, d, h, f, o, i, c), or both identifiers , said identifier or identifiers being hardware-controlled , and translating the extended address by a memory management unit (MMU) to a corresponding physical address. decoding the instruction by means of an instruction decoder , and generating an address within the memory of said task by means of a pointer operator operating on the pointer or using a direct memory address , characterized in extending the address by an identifier of the task or an identifier of the segment (r, d, h, f, o, i, c), or both identifiers , said identifier or identifiers being hardware-controlled , and translating the extended address by a memory management unit (MMU) to a corresponding physical address.
A workpiece carrier for providing and handling workpieces in high-temperature ovens for high-temperature treatment, said workpiece carrier being made of a support grid having workpiece holders for positioning workpieces on the workpiece carrier, said support grid being made of support struts forming a grid structure , said support struts being made of carbon fibre-reinforced carbon (CFC), said workpiece holders being made of positioning devices of the workpiece carrier arranged on the support struts, said positioning devices being realised and being arranged on the support struts in such a manner that workpieces can be arranged on the workpiece holders in a predetermined position, said positioning device comprising a bearing element for arranging workpieces, said bearing element being made of a ceramic fibre composite material, characterised in that said positioning device comprises a support element arranged on a support strut for arranging the bearing element.
A sound-insulating refrigerator vacuum assembly, comprising a sealed box receiving a vacuum pump , wherein, the sealed box comprises an upper sealing body and a lower sealing body , the upper sealing body and the lower sealing body define a receiving cavity, and the vacuum pump is placed in the receiving cavity; the vacuum assembly further comprises an air pipe member, the air pipe member comprises an air inlet pipe , an air outlet pipe and a base plate, the air inlet pipe and the air outlet pipe being disposed through the base plate; a notch portion is provided in the sealed box , and an outer edge of the base plate matches the notch portion in shape; characterized in that the air inlet pipe , the air outlet pipe and the base plate are integrally formed, and in that the vacuum pump is connected with a muffler ; and wherein there are further provided two metal plates which are respectively attached to two opposite walls of the sealed box ; wherein the bottom wall of the lower sealing body is provided with ribs being paralled to side walls and spaced apart a distance; the spacing between the ribs and the side walls forms limiting grooves; the lower sealing body is further provided with a plurality of guide grooves, the guide grooves guide the two metal plates to be mounted to preset positions, wherein the upper sealing body is provided with a plurality of resisting members ; and wherein when the upper sealing body and the lower sealing body are snap-fitted, the resisting members are against the top of the two metal plates . the sealed box comprises an upper sealing body and a lower sealing body , the upper sealing body and the lower sealing body define a receiving cavity, and the vacuum pump is placed in the receiving cavity; the vacuum assembly further comprises an air pipe member, the air pipe member comprises an air inlet pipe , an air outlet pipe and a base plate, the air inlet pipe and the air outlet pipe being disposed through the base plate; a notch portion is provided in the sealed box , and an outer edge of the base plate matches the notch portion in shape; characterized in that the air inlet pipe , the air outlet pipe and the base plate are integrally formed, and in that the vacuum pump is connected with a muffler ; and wherein there are further provided two metal plates which are respectively attached to two opposite walls of the sealed box ; wherein the bottom wall of the lower sealing body is provided with ribs being paralled to side walls and spaced apart a distance; the spacing between the ribs and the side walls forms limiting grooves; the lower sealing body is further provided with a plurality of guide grooves, the guide grooves guide the two metal plates to be mounted to preset positions, wherein the upper sealing body is provided with a plurality of resisting members ; and wherein when the upper sealing body and the lower sealing body are snap-fitted, the resisting members are against the top of the two metal plates .
A device for closing the left atrial appendage (HO), comprising - a closure implant for closing the left atrial appendage (HO), the closure implant comprising a self-expandable stent framework , which is automatically expandable from a compressed state into an expanded state, and the closure implant having a flexible material layer fixed to the stent framework , the material layer being stretched in the expanded state of the stent framework , - a catheter (K) with a lumen (L) for receiving the closure implant in the compressed state of the stent framework , the closure implant being releasable from the lumen (L) by being slid out, and in so doing the stent framework being transferrable into the expanded state, the device having a flexible and elongate pulling element fixed to the flexible material layer so that the closure implant can be drawn back into the lumen (L) of the catheter (K) by means of the pulling element , causing the stent framework to be transferrable into the compressed state, the pulling element having a first and a second end , characterised in that the pulling element has a thickened portion between the two ends , so that the pulling element can be pulled out completely from the material layer by pulling on the second end , and so that the thickened portion impacts against the material layer when the pulling element is pulled at the first end , so that the closure implant can be pulled back into the lumen (L) of the catheter (K) when the closure implant is released. - a closure implant for closing the left atrial appendage (HO), the closure implant comprising a self-expandable stent framework , which is automatically expandable from a compressed state into an expanded state, and the closure implant having a flexible material layer fixed to the stent framework , the material layer being stretched in the expanded state of the stent framework , - a catheter (K) with a lumen (L) for receiving the closure implant in the compressed state of the stent framework , the closure implant being releasable from the lumen (L) by being slid out, and in so doing the stent framework being transferrable into the expanded state, the device having a flexible and elongate pulling element fixed to the flexible material layer so that the closure implant can be drawn back into the lumen (L) of the catheter (K) by means of the pulling element , causing the stent framework to be transferrable into the compressed state, the pulling element having a first and a second end ,
A communication apparatus configured for communicating with other communication apparatuses (102-104) in a network, wherein the communication apparatus and the other communication apparatuses are configured to communicate with each other during a synchronization period, DWO, of a predetermined length which comes at a predetermined time interval, the communication apparatus comprising: search means configured for searching for communication apparatuses among the other communication apparatuses each of which can execute, as a proxy of the communication apparatus, at least one of transmission processing and reception processing of a wireless communication signal; obtaining means configured for obtaining information indicating an appearance frequency of periods during which each communication apparatus among the communication apparatuses detected by the search of the search means can transmit and/or receive the wireless communication signal; and selection means configured for selecting, from the communication apparatuses detected by the search of the search means, a communication apparatus for executing the processing as the proxy of the communication apparatus based on the obtained information. search means configured for searching for communication apparatuses among the other communication apparatuses each of which can execute, as a proxy of the communication apparatus, at least one of transmission processing and reception processing of a wireless communication signal; obtaining means configured for obtaining information indicating an appearance frequency of periods during which each communication apparatus among the communication apparatuses detected by the search of the search means can transmit and/or receive the wireless communication signal; and selection means configured for selecting, from the communication apparatuses detected by the search of the search means, a communication apparatus for executing the processing as the proxy of the communication apparatus based on the obtained information.
An emulsifier composition comprising: a) from 30 to 75 wt.%, or from 40 to 70 wt.% of microcrystalline cellulose; b) from 20 to 75 wt.%, or from 25 to 45 wt.% of at least one biogum of microbial origin; and c) from 5 to 15 wt.%, or from 8 to 12 wt.% of at least one cellulose ether or derivative thereof and wherein all weight percentages are based on the weight of the total composition; wherein said at least one biogum of microbial origin comprises a sphingan exopolysaccharide. a) from 30 to 75 wt.%, or from 40 to 70 wt.% of microcrystalline cellulose; b) from 20 to 75 wt.%, or from 25 to 45 wt.% of at least one biogum of microbial origin; and c) from 5 to 15 wt.%, or from 8 to 12 wt.% of at least one cellulose ether or derivative thereof and wherein all weight percentages are based on the weight of the total composition;
A method for token-based information exchange between a computing unit of a first entity and a computing unit of at least one second entity , wherein the method comprises: - obtaining a token set including at least one token , such as a binary number, associated with the first entity and a token set including at least one token , such as a binary number, associated with the at least one second entity , wherein each entity is associated with at least one token set , characterized by - clustering the token set associated with the first entity by dividing the token set into at least two clusters (A, B), such as by bisecting k -means clustering, for forming at least two token subsets corresponding to said at least two clusters (A, B), - requesting information on one or several tokens associated with the at least one second entity from the computing unit of the at least one second entity , - receiving information on said one or several tokens from the computing unit of the at least one second entity , wherein the information is received from a primary cluster associated with the at least one second entity, wherein the primary cluster is the cluster comprising the most tokens or is the previously utilized cluster during previous token-based information exchange event, or the cluster with highest density, - determining an active cluster associated with the first entity , the active cluster being one of said at least two clusters (A, B), and - modifying the token subset associated with the determined active cluster of the first entity at least partly with information on the received one or several tokens associated with the second entity . - obtaining a token set including at least one token , such as a binary number, associated with the first entity and a token set including at least one token , such as a binary number, associated with the at least one second entity , wherein each entity is associated with at least one token set , characterized by - clustering the token set associated with the first entity by dividing the token set into at least two clusters (A, B), such as by bisecting k -means clustering, for forming at least two token subsets corresponding to said at least two clusters (A, B), - requesting information on one or several tokens associated with the at least one second entity from the computing unit of the at least one second entity , - receiving information on said one or several tokens from the computing unit of the at least one second entity , wherein the information is received from a primary cluster associated with the at least one second entity, wherein the primary cluster is the cluster comprising the most tokens or is the previously utilized cluster during previous token-based information exchange event, or the cluster with highest density, - determining an active cluster associated with the first entity , the active cluster being one of said at least two clusters (A, B), and - modifying the token subset associated with the determined active cluster of the first entity at least partly with information on the received one or several tokens associated with the second entity .
A computer-implemented facial tracking method, comprising: obtaining facial feature information of a current frame of image in a sequential image and facial tracking information of prior frames of images in the sequential image, the prior frames of images being frames of images located previous to the current frame of image in the sequential image, the facial feature information recording information of facial feature points in the current frame of image, and the facial tracking information being used for recording facial tracking results of the prior frames of images (S302); selecting adjustment frames of images from the prior frames of images based on the facial feature information of the current frame of image and the facial tracking information of the prior frames of images (S304); fitting an adjustment parameter of the current frame of image based on facial tracking information of the adjustment frame of image and the facial feature information of the current frame of image (S305); and determining facial tracking information of the current frame of image based on the adjustment parameter and the facial tracking information of the prior frames of images (S306). obtaining facial feature information of a current frame of image in a sequential image and facial tracking information of prior frames of images in the sequential image, the prior frames of images being frames of images located previous to the current frame of image in the sequential image, the facial feature information recording information of facial feature points in the current frame of image, and the facial tracking information being used for recording facial tracking results of the prior frames of images (S302); selecting adjustment frames of images from the prior frames of images based on the facial feature information of the current frame of image and the facial tracking information of the prior frames of images (S304); fitting an adjustment parameter of the current frame of image based on facial tracking information of the adjustment frame of image and the facial feature information of the current frame of image (S305); and determining facial tracking information of the current frame of image based on the adjustment parameter and the facial tracking information of the prior frames of images (S306).
A driver circuit for at least one lighting means , in particular, for one or more LEDs, having: - an LLC circuit with an inverter , which is clocked by means of at least two switches (LS, HS), which is configured to supply a resonant circuit , wherein the resonant circuit is coupled to a primary winding (L1) of a transformer for transforming electrical energy from the primary winding (L1) to a secondary winding (L2) and the lighting means can be supplied with current starting from the secondary winding (L2), and - a control unit , which is configured, to control the switches (LS, HS) of the inverter after an activation of the driver circuit during a start phase, in such a way that after a single or after multiple alternating clocking of the switches (LS, HS), the clocking of the switches (LS, HS) is suspended for the duration of at least one alternating clocking of the switches (LS, HS), until a criterion for ending the start phase is satisfied. - an LLC circuit with an inverter , which is clocked by means of at least two switches (LS, HS), which is configured to supply a resonant circuit , wherein the resonant circuit is coupled to a primary winding (L1) of a transformer for transforming electrical energy from the primary winding (L1) to a secondary winding (L2) and the lighting means can be supplied with current starting from the secondary winding (L2), and - a control unit , which is configured, to control the switches (LS, HS) of the inverter after an activation of the driver circuit during a start phase, in such a way that after a single or after multiple alternating clocking of the switches (LS, HS), the clocking of the switches (LS, HS) is suspended for the duration of at least one alternating clocking of the switches (LS, HS), until a criterion for ending the start phase is satisfied.
A method for communication by a base station in a mobile communication system, comprising: identifying quality of service class identifiers, QCIs, for bearers; determining packet delay budgets corresponding to a QCI for a mission critical push to talk, MCPTT, user data bearer and a QCI for a MCPTT signaling bearer, wherein a resource type of the MCPTT user data corresponds to guaranteed bit rate, GBR, and a resource type of the MCPTT signaling corresponds to non-GBR; and transmitting data to a terminal based on the packet delay budgets, wherein the QCIs originate from a policy and charging rules function, PCRF, and a broadcast multicast service center, BM-SC. identifying quality of service class identifiers, QCIs, for bearers; determining packet delay budgets corresponding to a QCI for a mission critical push to talk, MCPTT, user data bearer and a QCI for a MCPTT signaling bearer, wherein a resource type of the MCPTT user data corresponds to guaranteed bit rate, GBR, and a resource type of the MCPTT signaling corresponds to non-GBR; and transmitting data to a terminal based on the packet delay budgets, wherein the QCIs originate from a policy and charging rules function, PCRF, and a broadcast multicast service center, BM-SC.
A composition which is a flame-retardant resin composition comprising: - a polyolefin resin (i), and, per 100 parts by mass (pbm) of the polyolefin resin; - 1.5-10 pbm of a silicone compound (ii); - 3-20 pbm of a fatty acid containing compound (iii); - 10 to < 120 pbm of calcium carbonate (iv); and - 0.05 to < 10 pbm of a triazine ring containing hindered amine compound (v) having a group of formula : wherein R 1 -R 4 each independently are C 1-8 -alkyl, and R 5 is C 1-18 -alkyl, C 5-12 -cycloalkyl, an C 7-25 -aralkyl or C 6-12 -aryl. - a polyolefin resin (i), and, per 100 parts by mass (pbm) of the polyolefin resin; - 1.5-10 pbm of a silicone compound (ii); - 3-20 pbm of a fatty acid containing compound (iii); - 10 to < 120 pbm of calcium carbonate (iv); and - 0.05 to < 10 pbm of a triazine ring containing hindered amine compound (v) having a group of formula : wherein R 1 -R 4 each independently are C 1-8 -alkyl, and R 5 is C 1-18 -alkyl, C 5-12 -cycloalkyl, an C 7-25 -aralkyl or C 6-12 -aryl.