mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator , wherein the refrigerator comprises a housing, a refrigerating inner liner and a freezing inner liner arranged in the housing, and a foaming layer formed between the housing, the refrigerating inner liner and the freezing inner liner ; the housing comprises a back plate and two side plates extending forward from the back plate, and the foaming layer comprises a first foaming zone disposed close to the back plate and a second foaming zone disposed close to the side plates; the refrigerating inner liner and the freezing inner liner are spaced apart from each other and a middle beam is formed therebetween, the foaming layer further comprises a third foaming zone disposed in an interior of the middle beam, and the third foaming zone is connected to the second foaming zone; the refrigerator further comprises a sealing device that at least partially spaces the first foaming zone apart from the third foaming zone , wherein the refrigerator further comprises a conduit for conveying the foaming material, and the conduit is buried in the first foaming zone and extends from an edge of the back plate toward the third foaming zone ; the sealing device is at least distributed on an extension path of the conduit ; characterized in that the middle beam is arranged in a transverse direction, and the sealing device is also arranged in the transverse direction and fixed between the freezing inner liner and the refrigerating inner liner ; wherein the sealing device extends arcuately in a longitudinal direction; wherein a height of the middle beam in the longitudinal direction is b, a deployed length of the sealing device in the longitudinal direction is c, and b < c < 3b/2.
Wind driven apparatus , said wind driven apparatus including upright support means , a plurality of wind directing wall members protruding outwardly from the upright support means at spaced apart intervals, the area between two adjacent wind directing wall members creating a wind collection section for collecting and directing wind in use, at least one opening defined in the upright support means in each wind collection section for allowing wind, air and/or air pressure collected in the wind collection section to pass through said at least one opening and into an inner compartment defined in the upright support means , drive shaft means provided in the inner compartment of the upright support means and rotatable means provided on and/or associated with the drive shaft means , the drive shaft means and rotatable means are rotatable in use as a result of air pressure and/or air flowing into the inner compartment via said at least one opening , characterised in that the drive shaft means comprises a plurality of drive shaft segments arranged in a stacked arrangement, with one drive shaft segment arranged on top of an adjacent drive shaft segment ; and said wind driven apparatus including hydraulic pump means which are arranged such that rotation of the drive shaft means is used to drive the hydraulic pump means in use.
An epoxidation catalyst comprising: (a) silver having an oxidation state of zero; and (b) a phyllosilicate solid component selected from kaolinite ; wherein the silver is deposited on the phyllosilicate solid component; wherein the catalyst further comprises a Group 1 metal nitrate salt and a promoter metal selected from: rhenium wherein the catalyst comprises from 10 wt. % to 70 wt. % of silver; wherein the catalyst comprises from 0.5 wt.% to 8 wt.% based on the total weight of epoxidation catalyst of the Group 1 metal nitrate salt, and from 0.5 wt. % to about 5.0 wt. % of the promoter metal. (a) silver having an oxidation state of zero; and (b) a phyllosilicate solid component selected from kaolinite ;
A method relating to handover in a communication system , the method comprising: - determining , by a first network node of the communication system , that a communication device is involved in a handover process from a first cell (C1) to a second cell (C2), - determining , by the first network node , that a signaling radio bearer is to be scheduled for the communication device , and - increasing , by the first network node , transmission power of a scheduling assignment for the signaling radio bearer specific for the communication device by increasing only the transmission power of at least one control channel element, CCE, specific for the communication device during a time interval from a first handover event of the handover process to a second handover event of the handover process, wherein the transmission power of the at least one CCE specific for the communication device is higher than the transmission power of CCEs for the communication device outside the time interval. - determining , by a first network node of the communication system , that a communication device is involved in a handover process from a first cell (C1) to a second cell (C2), - determining , by the first network node , that a signaling radio bearer is to be scheduled for the communication device , and - increasing , by the first network node , transmission power of a scheduling assignment for the signaling radio bearer specific for the communication device by increasing only the transmission power of at least one control channel element, CCE, specific for the communication device during a time interval from a first handover event of the handover process to a second handover event of the handover process, wherein the transmission power of the at least one CCE specific for the communication device is higher than the transmission power of CCEs for the communication device outside the time interval.
A computer implemented method for training an image denoising convolutional neural network, the method comprising: receiving a captured image ; generating a statistical noise model based on the captured image; and training a convolutional neural network based on the captured image and the statistical model; wherein training the convolutional neural network comprises: dividing the captured image into random patches ; swapping pixel values in each random patch with neighbour pixel values; and training the convolutional neural network based on the random patches of the captured image and the random patches of the captured image comprising swapped pixel values ; further comprising: receiving a further captured image; updating the statistical model based on the captured image and the further captured image; determining if there is a reduction in a variance or standard deviation value of the updated statistical model compared with the variance model; and retraining the convolutional neural network based on the further captured image and the updated statistical model if it is determined that there is a reduction in a variance or standard deviation value of the updated statistical model compared with the statistical model. receiving a captured image ; generating a statistical noise model based on the captured image; and training a convolutional neural network based on the captured image and the statistical model; wherein training the convolutional neural network comprises: dividing the captured image into random patches ; swapping pixel values in each random patch with neighbour pixel values; and training the convolutional neural network based on the random patches of the captured image and the random patches of the captured image comprising swapped pixel values ; dividing the captured image into random patches ; swapping pixel values in each random patch with neighbour pixel values; and training the convolutional neural network based on the random patches of the captured image and the random patches of the captured image comprising swapped pixel values ; receiving a further captured image; updating the statistical model based on the captured image and the further captured image; determining if there is a reduction in a variance or standard deviation value of the updated statistical model compared with the variance model; and retraining the convolutional neural network based on the further captured image and the updated statistical model if it is determined that there is a reduction in a variance or standard deviation value of the updated statistical model compared with the statistical model.
An absorbent article comprising a skin-facing surface, a garment-facing surface, a liquid permeable topsheet, a liquid impermeable backsheet, an absorbent structure disposed between the topsheet and the backsheet, wherein the topsheet comprises a three-dimensional nonwoven comprising a first side such that the first side of the three-dimensional nonwoven forms at least part of a skin-facing surface of the absorbent article, the three-dimensional nonwoven further comprising a second side , a protruded first area comprising an upper portion in the first side and a lower portion in the second side , and a second area comprising a plurality of deformations, wherein the upper portion has a shape memory index higher than a shape memory index of the lower portion according to the Shape Memory Index test described herein; and wherein the first area has an upper portion height no smaller than about 0.80 mm and the lower portion height is no greater than about 0.2 mm as measured according to the Height Test described herein. wherein the topsheet comprises a three-dimensional nonwoven comprising a first side such that the first side of the three-dimensional nonwoven forms at least part of a skin-facing surface of the absorbent article, the three-dimensional nonwoven further comprising a second side , a protruded first area comprising an upper portion in the first side and a lower portion in the second side , and a second area comprising a plurality of deformations, wherein the upper portion has a shape memory index higher than a shape memory index of the lower portion according to the Shape Memory Index test described herein; and wherein the first area has an upper portion height no smaller than about 0.80 mm and the lower portion height is no greater than about 0.2 mm as measured according to the Height Test described herein.
A device for force simulation on an actuating element of a vehicle, preferably a pedal simulator, which provides haptic feedback about a predefined force-displacement behaviour, comprising a piston-cylinder unit , a working piston being connected via a piston rod to the actuating element which axially moves the working piston within the cylinder , characterised in that an approximately circular-shaped resistance element projects radially into the cylinder which divides the cylinder into two cavities , both of which are filled with a medium and a secondary piston located on the end of the working piston when the actuating element moves into and engages one of the openings spanning the resistance element , the medium is pressed from the first cavity into the second cavity with a varying volume of the circular ring formed between the secondary piston and the resistance element through the working piston .
An apparatus comprising: a receiver having a plurality of inputs , each arranged to receive an upstream optical signal and combine the received upstream optical signals to create a combined electrical signal; a transmitter arranged to receive the combined electrical signal and convert it to a reverse path optical signal at an output ; characterized in the apparatus comprising a controller for the transmitter arranged to monitor each of said plurality of inputs and activate the transmitter if an optical signal above a threshold is received at any of said plurality of inputs, where the controller is arranged to monitor the sum of the signals received over all of said plurality of inputs. a receiver having a plurality of inputs , each arranged to receive an upstream optical signal and combine the received upstream optical signals to create a combined electrical signal; a transmitter arranged to receive the combined electrical signal and convert it to a reverse path optical signal at an output ; characterized in the apparatus comprising a controller for the transmitter arranged to monitor each of said plurality of inputs and activate the transmitter if an optical signal above a threshold is received at any of said plurality of inputs, where the controller is arranged to monitor the sum of the signals received over all of said plurality of inputs.
A computer-implemented method for performing cryptographic operations subject to identity verification, the method comprising: receiving , by a cryptography chip , a request to perform a requested cryptographic operation from a client, wherein the request includes client identity information associated with the client, and wherein the cryptography chip is a hardware component including a processing resource that performs cryptographic operations and a storage resource that stores key information used in the cryptographic operations and encrypted identity information associated with clients that are permitted to request cryptographic operations; decrypting, by the cryptography chip , the encrypted identity information using a key included in software instructions stored in firmware of the processing resource ; determining , by the cryptography chip , that the client identity information is associated with one of the clients that are permitted to request cryptographic operations based on comparing the client identity information to the decrypted identity information; and in response to determining that the client identity information is associated with one of the clients that are permitted to request cryptographic operations, performing , by the cryptography chip , the requested cryptographic operation based on the key information stored in the storage resource . receiving , by a cryptography chip , a request to perform a requested cryptographic operation from a client, wherein the request includes client identity information associated with the client, and wherein the cryptography chip is a hardware component including a processing resource that performs cryptographic operations and a storage resource that stores key information used in the cryptographic operations and encrypted identity information associated with clients that are permitted to request cryptographic operations; decrypting, by the cryptography chip , the encrypted identity information using a key included in software instructions stored in firmware of the processing resource ; determining , by the cryptography chip , that the client identity information is associated with one of the clients that are permitted to request cryptographic operations based on comparing the client identity information to the decrypted identity information; and in response to determining that the client identity information is associated with one of the clients that are permitted to request cryptographic operations, performing , by the cryptography chip , the requested cryptographic operation based on the key information stored in the storage resource .
Lubricating composition for a motor, comprising at least one base oil, at least one polymer improving the viscosity index, at least one organomolybdenum compound and at least one polyalkylene glycol, obtained by polymerisation or copolymerisation of alkylene oxides comprising from 3 to 8 carbon atoms, including at least one butylene oxide, the quantity of polyalkylene glycol being from 1 to 28% by mass, relative to the total mass of the lubricating composition.
Component of a motor vehicle seat, said component comprising: - a frame , - a padding block made of elastically compressible foam, said block overmoulding said frame, - a cap for covering said block, said cap being overmoulded by said block, - a tray for receiving objects, said tray being overmoulded by said block, said tray having an opening , the periphery of which is arranged correspondingly with an orifice provided in said cap, said tray being shaped so as to have, at the periphery of said opening, a rim projecting outwards, said rim defining a support surface receiving a border of said cap extending at the periphery of said orifice, said component being characterised in that : - it also comprises a sealing ring for the foam overmoulded by said block, said ring being attached to said frame, said tray being inserted in said ring, said ring having a support edge pressing against said border in such a way as to clamp it between said support surface and said edge, in order to prevent the passage of foam between said tray and said orifice, - said tray is provided with first interlocking means on said frame and/or on said ring. - a frame , - a padding block made of elastically compressible foam, said block overmoulding said frame, - a cap for covering said block, said cap being overmoulded by said block, - a tray for receiving objects, said tray being overmoulded by said block, said tray having an opening , the periphery of which is arranged correspondingly with an orifice provided in said cap, said tray being shaped so as to have, at the periphery of said opening, a rim projecting outwards, said rim defining a support surface receiving a border of said cap extending at the periphery of said orifice, said component being characterised in that : - it also comprises a sealing ring for the foam overmoulded by said block, said ring being attached to said frame, said tray being inserted in said ring, said ring having a support edge pressing against said border in such a way as to clamp it between said support surface and said edge, in order to prevent the passage of foam between said tray and said orifice, - said tray is provided with first interlocking means on said frame and/or on said ring.
An electronic device , comprising: a housing including two opposite open ends and at least a portion of the housing comprising a light-transmitting material; a bracket disposed inside the housing and having a shape corresponding to the housing ; a flexible display device disposed between the housing and the bracket and configured to display information to an outside through the light-transmitting portion of the housing ; and a plurality of covers closing the open ends of the housing and supporting two opposite ends of the bracket , wherein the bracket includes an inner space for mounting electronic parts, and the bracket is length-adjustable in at least one direction; wherein the bracket includes a plurality of frames and length-adjustable adjusting members disposed between the plurality of frames and connecting the plurality of frames in a closed loop shape. a housing including two opposite open ends and at least a portion of the housing comprising a light-transmitting material; a bracket disposed inside the housing and having a shape corresponding to the housing ; a flexible display device disposed between the housing and the bracket and configured to display information to an outside through the light-transmitting portion of the housing ; and a plurality of covers closing the open ends of the housing and supporting two opposite ends of the bracket , wherein the bracket includes an inner space for mounting electronic parts, and the bracket is length-adjustable in at least one direction; wherein the bracket includes a plurality of frames and length-adjustable adjusting members disposed between the plurality of frames and connecting the plurality of frames in a closed loop shape.
A parcel determination device that is configured to determine whether or not one parcel (P) moving along a predetermined transport path is the same parcel (P), wherein the transport path includes, a first recognition region (Rr1) in which the parcel (P) is configured to be recognized by a first image sensor , a second recognition region (Rr2) in which the parcel (P) is configured to be recognized by a second image sensor , and a discontinuous region between the first recognition region (Rr1) and the second recognition region (Rr2) in which the parcel (P) is not recognized by the parcel determination device, the device comprising: a processor ; and a memory , characterized in that , by cooperating with the memory , the processor is configured to determine whether or not a parcel (P) which leaves the first recognition region (Rr1) and a parcel (P) which enters the second recognition region (Rr2) are the same parcel (P), based on whether or not a time when the parcel (P) leaves the first recognition region (Rr1) and a time when the parcel (P) enters the second recognition region (Rr2) correspond to a time required for one parcel (P) to be transported between the two recognition regions (Rr1, Rr2). a processor ; and a memory , characterized in that , by cooperating with the memory , the processor is configured to determine whether or not a parcel (P) which leaves the first recognition region (Rr1) and a parcel (P) which enters the second recognition region (Rr2) are the same parcel (P), based on whether or not a time when the parcel (P) leaves the first recognition region (Rr1) and a time when the parcel (P) enters the second recognition region (Rr2) correspond to a time required for one parcel (P) to be transported between the two recognition regions (Rr1, Rr2).
Cash machine having a dispensing compartment for dispensing valuable papers, having a closure element , which in a closed state closes off the dispensing compartment, having a dispensing region , which is bounded by a first boundary element and at least one second boundary element and, in the closed state, by the closure element , wherein the cash machine comprises an arrangement for monitoring the dispensing region using at least one sensor unit , wherein the sensor unit is arranged and formed such that it detects an element (E, E1, E2) arranged in the dispensing region , characterized in that the sensor unit , starting at the time point of the detection of the element (E), generates a detection signal and outputs it to a control unit of the cash machine , in that the control unit ascertains a manipulation state of the cash machine if the time duration during which the detection signal is output exceeds a preset limit value, and in that , starting from the ascertainment of the manipulation state, the control unit controls the cash machine in an error operating mode. having a dispensing compartment for dispensing valuable papers, having a closure element , which in a closed state closes off the dispensing compartment, having a dispensing region , which is bounded by a first boundary element and at least one second boundary element and, in the closed state, by the closure element , wherein the cash machine comprises an arrangement for monitoring the dispensing region using at least one sensor unit , wherein the sensor unit is arranged and formed such that it detects an element (E, E1, E2) arranged in the dispensing region , characterized in that the sensor unit , starting at the time point of the detection of the element (E), generates a detection signal and outputs it to a control unit of the cash machine , in that the control unit ascertains a manipulation state of the cash machine if the time duration during which the detection signal is output exceeds a preset limit value, and in that , starting from the ascertainment of the manipulation state, the control unit controls the cash machine in an error operating mode.