mhurhangee/patent-ind-claim-en huggingface dataset:
A computing device for contextual access, comprising: a processor configured to implement a traversal of a property graph to collect data for a query, the property graph comprising a plurality of vertices, each vertex associated with information whose access is to be determined by the vertex, the traversal comprising passing messages pertaining to the query between the vertices of the property graph, wherein each message comprises a path description to describe a path that the message has traversed through the property graph before arriving at the vertex and a user description to describe a user that issued the query, and wherein to determine whether to grant access to the information associated with the vertex and to outgoing edges of the vertex is based on the path description and the user description. a processor configured to implement a traversal of a property graph to collect data for a query, the property graph comprising a plurality of vertices, each vertex associated with information whose access is to be determined by the vertex, the traversal comprising passing messages pertaining to the query between the vertices of the property graph, wherein each message comprises a path description to describe a path that the message has traversed through the property graph before arriving at the vertex and a user description to describe a user that issued the query, and wherein to determine whether to grant access to the information associated with the vertex and to outgoing edges of the vertex is based on the path description and the user description.
An antimicrobial peptide comprising SEQ ID NO: 32, 34 to 37 or 39 to 41.
A multi-component urethane adhesive system comprising: (A) a prepolymer component made from: (i) one or more polyol intermediate(s), and (ii) one or more isocyanate(s); and (B) a curative component comprising: (i) one or more polyol(s), and (ii) one or more catalyst(s), wherein the adhesive system further comprises 0.1 to 10.0 wt% based upon the total weight of the multi-component urethane adhesive system of an organo-clay and 0.1 to 10.0 wt% based upon the total weight of the multi-component urethane adhesive system of a halogenated polyether polyol. (A) a prepolymer component made from: (i) one or more polyol intermediate(s), and (ii) one or more isocyanate(s); and (i) one or more polyol intermediate(s), and (ii) one or more isocyanate(s); and (B) a curative component comprising: (i) one or more polyol(s), and (ii) one or more catalyst(s), (i) one or more polyol(s), and (ii) one or more catalyst(s),
A photovoltaic (PV) cell comprising: an emitter layer ; a base layer adjacent to said emitter layer ; and a back surface field (BSF) layer adjacent to said base layer , said BSF layer comprising: a first layer comprising a first material, and a second layer adjacent to said first layer and comprising a second material different than the first material, wherein the second material of said second layer of said BSF layer comprises AlGaInAs material, characterised in that the first material of said first layer of said BSF layer comprises AlGaAs material. an emitter layer ; a base layer adjacent to said emitter layer ; and a back surface field (BSF) layer adjacent to said base layer , said BSF layer comprising: a first layer comprising a first material, and a second layer adjacent to said first layer and comprising a second material different than the first material, wherein the second material of said second layer of said BSF layer comprises AlGaInAs material, characterised in that the first material of said first layer of said BSF layer comprises AlGaAs material. a first layer comprising a first material, and a second layer adjacent to said first layer and comprising a second material different than the first material, wherein the second material of said second layer of said BSF layer comprises AlGaInAs material, characterised in that the first material of said first layer of said BSF layer comprises AlGaAs material.
A method of analysing a food sample comprising: generating analyte ions from a food sample using ambient ionisation; analysing the analyte ions to produce a data set; and assessing the data set to identify or determine one or more properties of the food sample ; wherein the step of assessing the data set to identify or determine one or more properties of the food sample comprises using an untargeted analysis technique; wherein the step of using an untargeted analysis technique comprises using a predictive model to classify the sample into one of two or more groups; and characterised in that the one or more properties comprise one or more organoleptic properties of the food sample . generating analyte ions from a food sample using ambient ionisation; analysing the analyte ions to produce a data set; and assessing the data set to identify or determine one or more properties of the food sample ; wherein the step of assessing the data set to identify or determine one or more properties of the food sample comprises using an untargeted analysis technique; wherein the step of using an untargeted analysis technique comprises using a predictive model to classify the sample into one of two or more groups; and characterised in that the one or more properties comprise one or more organoleptic properties of the food sample .
A method of receiving data by a wireless station from an access point supporting a multi user multiple input/multiple output, briefly MU-MIMO, transmission as well as a single user MIMO, briefly SU-MIMO, transmission in a wireless local area network, the method comprising: receiving, by the wireless station, a management frame from the access point, the management frame including group information to assign or change a position of a spatial stream intended for the wireless station to at least one of a plurality of groups; and receiving, by the wireless station, a data packet from the access point, wherein the data packet comprises a header including group ID indication information and spatial stream indication information, wherein the group ID indication information has a length of M bits representing 2 M different states each indicating either SU-MIMO transmission or a group ID, characterized in that only one of the 2 M states is used for indicating SU-MIMO transmission by the access point, and wherein the wireless station identifies a spatial stream through which the data packet is received by utilizing the position of the spatial stream, wherein the wireless station reads the Group ID indication information to check if the data packet is directed to a group to which the wireless station belongs, wherein if the data packet is directed to the group to which the wireless station belongs, the wireless station receives the spatial stream according to the spatial stream indication information. receiving, by the wireless station, a management frame from the access point, the management frame including group information to assign or change a position of a spatial stream intended for the wireless station to at least one of a plurality of groups; and receiving, by the wireless station, a data packet from the access point, wherein the data packet comprises a header including group ID indication information and spatial stream indication information, wherein the group ID indication information has a length of M bits representing 2 M different states each indicating either SU-MIMO transmission or a group ID, characterized in that only one of the 2 M states is used for indicating SU-MIMO transmission by the access point, and wherein the wireless station identifies a spatial stream through which the data packet is received by utilizing the position of the spatial stream, wherein the wireless station reads the Group ID indication information to check if the data packet is directed to a group to which the wireless station belongs, wherein if the data packet is directed to the group to which the wireless station belongs, the wireless station receives the spatial stream according to the spatial stream indication information.
A headset adapter configured to interface a headset and a host device , the headset adapter being a standard audio class device and comprising an adapter processor , a host interface interconnecting the adapter processor and the host device, an adapter transceiver configured to establish a wireless communication link with the headset , a controller configured to enable and disable a headset microphone, wherein the adapter processor is configured to - receive a request for headset microphone activation from the host interface , and in response to receiving the request, providing a control signal to the controller to enable the headset microphone and to activate the adapter transceiver to establish the wireless communication link with the headset (15,) and - receive a request for headset microphone deactivation from the host interface , and in response to receiving the request, providing a control signal to the controller to disable the headset microphone and to terminate the wireless communication link with the headset . a host interface interconnecting the adapter processor and the host device, an adapter transceiver configured to establish a wireless communication link with the headset , a controller configured to enable and disable a headset microphone, wherein the adapter processor is configured to - receive a request for headset microphone activation from the host interface , and in response to receiving the request, providing a control signal to the controller to enable the headset microphone and to activate the adapter transceiver to establish the wireless communication link with the headset (15,) and - receive a request for headset microphone deactivation from the host interface , and in response to receiving the request, providing a control signal to the controller to disable the headset microphone and to terminate the wireless communication link with the headset . - receive a request for headset microphone activation from the host interface , and in response to receiving the request, providing a control signal to the controller to enable the headset microphone and to activate the adapter transceiver to establish the wireless communication link with the headset (15,) and - receive a request for headset microphone deactivation from the host interface , and in response to receiving the request, providing a control signal to the controller to disable the headset microphone and to terminate the wireless communication link with the headset .
A garment comprising: a main body including a front portion , a back portion , and a gusset connecting the front portion and the back portion , wherein the gusset has left and right lateral edges partially defining respective left and right leg openings of the main body ; an absorbent material coupled to an inner face of the main body at least at the gusset ; a waterproof material sandwiched between the main body and the absorbent material ; and left and right elastic bands coupled to outer lateral edges of the absorbent material ; wherein the left and right elastic bands are bonded to the waterproof material ; and wherein the waterproof material is attached to the main body proximate the respective left and right lateral edges of the gusset ; characterized in that the left and right elastic bands are folded around respective left and right lateral edges of the absorbent material ; and the waterproof material is attached to the main body between respective bottom halves of the folds of each of the left and right elastic bands and the inner face of the main body . a main body including a front portion , a back portion , and a gusset connecting the front portion and the back portion , wherein the gusset has left and right lateral edges partially defining respective left and right leg openings of the main body ; an absorbent material coupled to an inner face of the main body at least at the gusset ; a waterproof material sandwiched between the main body and the absorbent material ; and left and right elastic bands coupled to outer lateral edges of the absorbent material ; wherein the left and right elastic bands are bonded to the waterproof material ; and wherein the waterproof material is attached to the main body proximate the respective left and right lateral edges of the gusset ; characterized in that the left and right elastic bands are folded around respective left and right lateral edges of the absorbent material ; and the waterproof material is attached to the main body between respective bottom halves of the folds of each of the left and right elastic bands and the inner face of the main body .
An electrode assembly comprising: a plurality of positive electrodes and a plurality of negative electrodes , alternately and repeatedly stacked, each of the plurality of positive electrodes including an electrode region and each of the plurality of negative including an electrode region ; a plurality of separators , each separator being disposed between each of the plurality of positive electrodes and each of the plurality of negative electrodes to protrude from the electrode region of the positive electrode and the electrode region of the negative electrode and stacked such that a first surface of edges thereof face each other; and a fixing member including an adhesive layer adhered to the edges of each of the plurality of separators facing each other, wherein the adhesive layer is spaced apart from ends of the electrode region of each of the plurality of positive electrodes or each of the plurality of negative electrodes, and wherein the fixing member further includes an insulating member adhered to an upper surface of an uppermost separator and a lower surface of a lowermost separator . a plurality of positive electrodes and a plurality of negative electrodes , alternately and repeatedly stacked, each of the plurality of positive electrodes including an electrode region and each of the plurality of negative including an electrode region ; a plurality of separators , each separator being disposed between each of the plurality of positive electrodes and each of the plurality of negative electrodes to protrude from the electrode region of the positive electrode and the electrode region of the negative electrode and stacked such that a first surface of edges thereof face each other; and a fixing member including an adhesive layer adhered to the edges of each of the plurality of separators facing each other, wherein the adhesive layer is spaced apart from ends of the electrode region of each of the plurality of positive electrodes or each of the plurality of negative electrodes, and wherein the fixing member further includes an insulating member adhered to an upper surface of an uppermost separator and a lower surface of a lowermost separator .
A circulating fluidized bed boiler comprising a vertically extending furnace , a separator unit , a cross over duct and an exhaust gas channel connected to the separator unit via the cross over duct , wherein the exhaust gas channel comprises a first vertically extending pass (18.1) and a horizontally extending pass (18.2) and a second vertically extending pass (18.3), wherein the first vertically extending pass (18.1) and the horizontally extending pass (18.2) and the second vertically extending pass (18.3) are arranged successively in the gas flow direction such that the horizontally extending pass (18.2) is configured to connect the first vertically extending pass (18.1) and the second vertically extending pass (18.3) with each other, characterized in that the horizontally extending pass (18.2) is arranged below the separator unit which is arranged between the first vertically extending pass (18.1) and the second vertically extending pass (18.3).
A shaving cartridge comprising: a housing having a top surface , a bottom surface , a front edge , a rear edge , and a pair of side edges extending between the front edge and the rear edge , the housing having a main blade disposed between the front edge and the rear edge , the main blade having a main cutting edge extending toward the top surface , the main blade being movable in the housing, wherein the shaving cartridge comprises a masking foil comprising a front portion located forward of the main cutting edge and a back portion located rearward the main cutting edge , the masking foil further comprising at least one ribbon which partially covers the main cutting edge , wherein the at least one ribbon comprises a front bent portion connected to the front portion and a back bent portion connected to the back portion of the masking foil , the front and the back bent portion being directed toward the bottom surface , and wherein the masking foil is inserted in the housing of the cartridge , characterized in that the masking foil comprises an elastic means . a housing having a top surface , a bottom surface , a front edge , a rear edge , and a pair of side edges extending between the front edge and the rear edge , the housing having a main blade disposed between the front edge and the rear edge , the main blade having a main cutting edge extending toward the top surface , the main blade being movable in the housing, wherein the shaving cartridge comprises a masking foil comprising a front portion located forward of the main cutting edge and a back portion located rearward the main cutting edge , the masking foil further comprising at least one ribbon which partially covers the main cutting edge , wherein the at least one ribbon comprises a front bent portion connected to the front portion and a back bent portion connected to the back portion of the masking foil , the front and the back bent portion being directed toward the bottom surface , and wherein the masking foil is inserted in the housing of the cartridge , characterized in that the masking foil comprises an elastic means .
An image encoding apparatus, comprising: acquiring means for acquiring data from a light field imaging device and generating N viewpoint images of different viewpoints from the acquired data, wherein N is an integer with N ≥ 2; first generation means for calculating, for all pixels of the N viewpoint images, an average value of values of the N corresponding pixels corresponding to each other in the N viewpoint images, the corresponding pixels being pixels at the same position out of the N viewpoint images, and generating an image focused at a predetermined focal position and having the average value as a value of a respective pixel; second generation means for generating, without using the image generated by said first generation means, N-1 types of difference values from the values of the corresponding pixels used to derive the values of the corresponding pixels in the N viewpoint images from the value of the respective pixel generated by said first generation means; and encoding means for encoding the image generated by said first generation means and difference information formed from the N-1 types of difference values generated by said second generation means. acquiring means for acquiring data from a light field imaging device and generating N viewpoint images of different viewpoints from the acquired data, wherein N is an integer with N ≥ 2; first generation means for calculating, for all pixels of the N viewpoint images, an average value of values of the N corresponding pixels corresponding to each other in the N viewpoint images, the corresponding pixels being pixels at the same position out of the N viewpoint images, and generating an image focused at a predetermined focal position and having the average value as a value of a respective pixel; second generation means for generating, without using the image generated by said first generation means, N-1 types of difference values from the values of the corresponding pixels used to derive the values of the corresponding pixels in the N viewpoint images from the value of the respective pixel generated by said first generation means; and encoding means for encoding the image generated by said first generation means and difference information formed from the N-1 types of difference values generated by said second generation means.
Reception system for receiving objects , comprising - at least one reception device for receiving objects , - a conveyor device , which has at least one conveyor belt section (20-24) for conveying objects in a conveyance direction (F) into the at least one reception device , and - a sensor device , which is arranged on the at least one reception device , for detecting objects in the at least one reception device , characterized in that the sensor device is designed to emit sensor signals (S, S') along different signal paths (S1-S6) over the reception device , to conclude a fill level of the reception device on the basis of an interaction of at least one of the sensor signals (S, S') with objects conveyed into the reception device , wherein the sensor device has - one emitter for emitting sensor signals (S, S') and a plurality of receivers for receiving the sensor signals (S, S') emitted by the emitter and/or - a plurality of emitters for emitting sensor signals (S, S') and one receiver for receiving the sensor signals (S, S') emitted by the emitters, and wherein the emitter(s) and receiver(s) are distributed around the reception device, such that the reception device is crossed by the various signal paths. - at least one reception device for receiving objects , - a conveyor device , which has at least one conveyor belt section (20-24) for conveying objects in a conveyance direction (F) into the at least one reception device , and - a sensor device , which is arranged on the at least one reception device , for detecting objects in the at least one reception device , - one emitter for emitting sensor signals (S, S') and a plurality of receivers for receiving the sensor signals (S, S') emitted by the emitter and/or - a plurality of emitters for emitting sensor signals (S, S') and one receiver for receiving the sensor signals (S, S') emitted by the emitters,
A hydrolytically-degradable device comprising a hydrolytically-degradable polycarbonate network, wherein the hydrolytically-degradable polycarbonate network comprises: a polyhydroxyl monomer that is a natural product, such a polyhydroxyl monomer modified to consume at least one hydroxyl group with an allyl carbonate group, or any mixtures thereof, wherein the modified polyhydroxyl monomer is an allyl glucopyranoside monomer; a crosslinking comonomer, wherein the crosslinking comonomer is a thiol comonomer, and a functional additive selected from the group consisting of glitters, dyes, fragrances, and any combination thereof. a polyhydroxyl monomer that is a natural product, such a polyhydroxyl monomer modified to consume at least one hydroxyl group with an allyl carbonate group, or any mixtures thereof, wherein the modified polyhydroxyl monomer is an allyl glucopyranoside monomer; a crosslinking comonomer, wherein the crosslinking comonomer is a thiol comonomer, and a functional additive selected from the group consisting of glitters, dyes, fragrances, and any combination thereof.
A pharmaceutical composition in the form of a tablet, comprising a) brexpiprazole as active ingredient and b) at least 5% by weight (wt%) pregelatinized starch (PGS), wherein said composition is prepared by a method comprising dry granulation of a blend of the components to produce granules, and compression of the granules to a tablet.