mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication, performed by an apparatus in a 3GPP communication system, the method comprising: receiving a set of transport blocks, TBs, each of the TBs comprising one or more code block groups, CBGs; generating a bit sequence providing CBG-level feedback on a first subset of TBs in the set of TBs and TB-level feedback on each TB in the set of TBs, the first subset differing from the set of TBs, wherein generating the bit sequence comprises selecting to provide the CBG-level feedback on the first subset of TBs based at least in part on a number of available bits in the bit sequence and a number of TBs in the set of TBs that were not successfully received; generating the bit sequence to include a first subsequence that provides the TB-level feedback on each TB in the set of TBs, a second subsequence that identifies the first subset of TBs on which the bit sequence includes the CBG-level feedback, and a third subsequence that includes the CBG-level feedback on the first subset of TBs; and transmitting the bit sequence. receiving a set of transport blocks, TBs, each of the TBs comprising one or more code block groups, CBGs; generating a bit sequence providing CBG-level feedback on a first subset of TBs in the set of TBs and TB-level feedback on each TB in the set of TBs, the first subset differing from the set of TBs, wherein generating the bit sequence comprises selecting to provide the CBG-level feedback on the first subset of TBs based at least in part on a number of available bits in the bit sequence and a number of TBs in the set of TBs that were not successfully received; generating the bit sequence to include a first subsequence that provides the TB-level feedback on each TB in the set of TBs, a second subsequence that identifies the first subset of TBs on which the bit sequence includes the CBG-level feedback, and a third subsequence that includes the CBG-level feedback on the first subset of TBs; and transmitting the bit sequence.
Vice comprising a stationary rear jaw and a front jaw , which is displaceable along a guide relative to the rear jaw via a threaded spindle , one end of which, having a handle , is rotatably mounted in the front jaw , wherein the threaded spindle has an external thread , which corresponds with an internal thread arranged on the rear jaw , characterised in that the internal thread is inserted in a coupling bolt displaceably arranged in the rear jaw at an angle (α) of between 2° and 8° to the orthogonal of the threaded spindle axis and is designed as a partial thread with a semicircular cross-section, which merges into an elongated hole-shaped lead-through , which is designed in such a manner that the threaded spindle can be brought into or out of engagement with the partial thread by displacing the coupling bolt .
A biosensor for determining an analyte comprising a substrate, a working electrode comprising an electrically conductive pad in direct contact with a mediator layer, and an enzyme layer in diffusion-enabling contact with said mediator layer, wherein said mediator layer is an electrodeposited mediator layer, and wherein said mediator layer consists of an electrocatalytic agent, wherein said electrocatalytic agent is manganese and MnO 2 or MnO 2 ; and wherein said analyte is glucose. wherein said mediator layer is an electrodeposited mediator layer, and wherein said mediator layer consists of an electrocatalytic agent, wherein said electrocatalytic agent is manganese and MnO 2 or MnO 2 ; and wherein said analyte is glucose.
A data processing method, wherein the method comprises: receiving, by a non-volatile memory express, NVMe storage device , an NVMe write command sent by a host , wherein the NVMe write command carries a key, the NVMe write command carries a value pointer, the value pointer points to first storage space in the host, the first storage space is used to store a value, and the key and the value belong to a same KV pair; obtaining, by the NVMe storage device, the key from the NVMe write command, obtaining a value length according to the value pointer, and allocating second storage space to the value according to the value length, wherein the second storage space is in the NVMe storage device; and sending, by the NVMe storage device, a first transmission request to the host, obtaining the value from the host, and storing the value in the second storage space; characterised in that the NVMe write command further carries a KV format field, wherein the KV format field describes a field structure in the NVMe write command, wherein the NVMe storage device supports multiple NVMe command formats having different fields, determines a specific format of the received NVMe command by using field content defined by the KV format field, and reads the key and the value pointer according to respective locations of a key field and a value pointer field in this format. receiving, by a non-volatile memory express, NVMe storage device , an NVMe write command sent by a host , wherein the NVMe write command carries a key, the NVMe write command carries a value pointer, the value pointer points to first storage space in the host, the first storage space is used to store a value, and the key and the value belong to a same KV pair; obtaining, by the NVMe storage device, the key from the NVMe write command, obtaining a value length according to the value pointer, and allocating second storage space to the value according to the value length, wherein the second storage space is in the NVMe storage device; and sending, by the NVMe storage device, a first transmission request to the host, obtaining the value from the host, and storing the value in the second storage space; characterised in that the NVMe write command further carries a KV format field, wherein the KV format field describes a field structure in the NVMe write command, wherein the NVMe storage device supports multiple NVMe command formats having different fields, determines a specific format of the received NVMe command by using field content defined by the KV format field, and reads the key and the value pointer according to respective locations of a key field and a value pointer field in this format.
A laminated glass for a window, comprising: a first glass sheet layer comprising a first main surface to face outwardly of the window and a second main surface facing other layers of the glass; a second glass sheet layer comprising a third main surface facing other layers of the glass and a fourth main glass surface to face inwardly of the window on a room side; an IR-reflective coating layer , comprising at least one silver layer, over the whole area of at least one of the second and third main surfaces ; a first intermediate polymer film layer between the first and the second glass sheet layers ; and a sealant all the way along an edge portion of the IR-reflective coating layer , wherein the edge portions of the first and the second glass sheet layers have edge surfaces shaped such that the outermost points of the second and third main surfaces are recessed from the outermost points of the edge portions of the first and the second glass sheet layers , and space generated by said recessing of the second and the third main surfaces is a receiving area for the sealant . a first glass sheet layer comprising a first main surface to face outwardly of the window and a second main surface facing other layers of the glass; a second glass sheet layer comprising a third main surface facing other layers of the glass and a fourth main glass surface to face inwardly of the window on a room side; an IR-reflective coating layer , comprising at least one silver layer, over the whole area of at least one of the second and third main surfaces ; a first intermediate polymer film layer between the first and the second glass sheet layers ; and a sealant all the way along an edge portion of the IR-reflective coating layer , wherein the edge portions of the first and the second glass sheet layers have edge surfaces shaped such that the outermost points of the second and third main surfaces are recessed from the outermost points of the edge portions of the first and the second glass sheet layers , and space generated by said recessing of the second and the third main surfaces is a receiving area for the sealant .
Method for managing the reception of a telephone call signal on a called communication terminal (B), in particular a portable called communication terminal, in view of establishing a telephone connection with a calling communication terminal (A), in particular a portable calling communication terminal, said telephone connection being established through at least one server (S1, S3) connected to said called communication terminal (B) and to said calling communication terminal (A), said called communication terminal (B) being capable of receiving the telephone call signal according to at least two modes for establishing the telephone connection, comprising a "voice" mode, wherein the telephone connection between the called communication terminal (B) and the server (S1) is ensured through a telephone communication network (N), and a "data" mode, wherein the telephone connection between the called communication terminal (B) and the server (S1, S3) is ensured through a data communication network according to a "voice over IP" (VoIP) technology, said method being characterised by the direct selection, by the user of the method, via a specific action on said called communication terminal, of the mode for establishing the telephone connection.
A method for improving low temperature performance of a lubricant in a compression-ignited internal combustion engine, the method comprising operating the engine with a lubricating oil composition comprising (a) greater than 50 wt. % of a base oil of lubricating viscosity; and (b) 0.1 to 40 wt. % of an overbased alkaline earth metal salt of an alkyl-substituted hydroxyaromatic compound, wherein the alkyl-substituted hydroxyaromatic compound is an alkyl-substituted hydroxyaromatic carboxylic acid, wherein the alkyl substituent is a residue derived from an isomerized alpha-olefin having from 12 to 40 carbon atoms per molecule; wherein the isomerized alpha-olefin has an isomerization level, l , of 0.1 to 0.4, wherein the isomerization level is a relative amount of methyl groups attached to methylene backbone groups as determined by 1 H NMR spectroscopy, defined by the formula l = m / (m + n) where m is the 1 H NMR integral for methyl groups with chemical shifts between 0.30 ± 0.03 to 1.01 ± 0.03 ppm, and n is the 1 H NMR integral for methylene groups with chemical shifts between 1.01 ± 0.03 to 1.38 ± 0.10 ppm, wherein the lubricating oil composition is a monograde lubricating oil composition meeting specifications for SAE J300 revised January 2015 requirements for a SAE 20, 30, 40, 50, or 60 monograde engine oil, and has a TBN of 5 to 200 mg KOH/g, as determined by ASTM D2896.
A lumbar support device for a seat having a seat back and a seat shell mounted to a seat frame, frame , the seat back and seat shell configured to receive an operator with the operator's back against the seat back , comprising: a lumbar panel resillently flexibly attachable to the seat frame and/or seat shell to permit fore and aft movement of the lumbar panel relative to the seat back , the lumbar panel arranged to bear against the seat back ; a cam element having a cam surface bearing against the lumbar panel to apply force to the lumbar panel toward the seat back , the cam element supportable on the seat frame frame and/or seat shell for movement relative to the lumbar panel and relative to the seat shell and/or seat frame , the cam element configured to vary the force applied to the seat back based on the movement of the cam element ; and characterized in that it further comprises an elongated shaft extending laterally across the seat shell and/or seat frame one end of the shaft pivotably supportable on the seat shell and/or seat frame to pivot relative thereto in a generally vertical plane, and the opposite end of the shaft accessible to the operator to manually pivot the elongated shaft , wherein the cam element is fastened to the elongated shaft between the one end and the opposite end for movement upon pivoting of the shaft whereby the cam element applies a force at a different generally vertical location on the lumbar panel as the shaft is pivoted. a lumbar panel resillently flexibly attachable to the seat frame and/or seat shell to permit fore and aft movement of the lumbar panel relative to the seat back , the lumbar panel arranged to bear against the seat back ; a cam element having a cam surface bearing against the lumbar panel to apply force to the lumbar panel toward the seat back , the cam element supportable on the seat frame frame and/or seat shell for movement relative to the lumbar panel and relative to the seat shell and/or seat frame , the cam element configured to vary the force applied to the seat back based on the movement of the cam element ; and characterized in that it further comprises an elongated shaft extending laterally across the seat shell and/or seat frame one end of the shaft pivotably supportable on the seat shell and/or seat frame to pivot relative thereto in a generally vertical plane, and the opposite end of the shaft accessible to the operator to manually pivot the elongated shaft , wherein the cam element is fastened to the elongated shaft between the one end and the opposite end for movement upon pivoting of the shaft whereby the cam element applies a force at a different generally vertical location on the lumbar panel as the shaft is pivoted.
A mid-turbine frame for a gas turbine engine , the mid-turbine frame comprising: an inner frame case ; a bearing support member located adjacent and connected to the inner frame case ; and at least one spoke attached to the inner frame case and including an inlet passage ; characterised in that : the mid-turbine frame further comprises a fitting fluidly connecting the inlet passage to the inner frame case and the bearing support member , wherein the fitting includes a transfer tube connecting the at least one spoke to a cup boss fastened to the inner frame case , wherein the cup boss is aligned with a first hole in the inner frame case and a second hole in the bearing support member , and the transfer tube is fixed relative to the at least one spoke and moveable relative to the cup boss . an inner frame case ; a bearing support member located adjacent and connected to the inner frame case ; and at least one spoke attached to the inner frame case and including an inlet passage ; characterised in that : the mid-turbine frame further comprises a fitting fluidly connecting the inlet passage to the inner frame case and the bearing support member , wherein the fitting includes a transfer tube connecting the at least one spoke to a cup boss fastened to the inner frame case , wherein the cup boss is aligned with a first hole in the inner frame case and a second hole in the bearing support member , and the transfer tube is fixed relative to the at least one spoke and moveable relative to the cup boss .
An automated beverage brewing apparatus comprising: a controller for identifying a volume of bloom water and a bloom time for preparing a brewed beverage; and a user interface for providing at least one input to the controller, the controller being configured to vary the volume of bloom water based on a type of brewed beverage and a size of brewed beverage input via a button or knob of the user interface . a controller for identifying a volume of bloom water and a bloom time for preparing a brewed beverage; and a user interface for providing at least one input to the controller, the controller being configured to vary the volume of bloom water based on a type of brewed beverage and a size of brewed beverage input via a button or knob of the user interface .
A sliding mandrel for cement-concrete enclosures, wherein its structural core part is of ribbed steel with a minimum tensile strength of 250 MPa, and wherein the core is provided with a composite surface consisting of glass fibers filler uniformly distributed in a polyamide binder, wherein the glass fibers in that composite surface is represented in an amount of 15 to 50 % by weight and the ratio between the diameter of the structural core part and the thickness of the composite surface is in the range of 18-45 %, characterized in that the filler consists of glass fibers with a diameter in the range of 8μ to 12μ and a minimum length of 3 mm.
A method, comprising: (a) receiving an indication of a first symbol location and an indication of a second symbol location onto an User Equipment, UE ; (b) receiving a License Assisted Access, LAA, subframe, wherein the LAA subframe includes multiple symbols; (c) determining if control information is present at the first symbol location within the received LAA subframe; (d) determining if control information is present at the second symbol location within the received LAA subframe if it was determined in (c) that control information was not present at the first symbol location; (e) determining demodulation parameters based on the control information that is present in either the first symbol location or the second symbol location; and (f) demodulating the LAA subframe using the demodulation parameters, characterized in that the first symbol location is symbol zero, and in that the second symbol location is symbol seven. (a) receiving an indication of a first symbol location and an indication of a second symbol location onto an User Equipment, UE ; (b) receiving a License Assisted Access, LAA, subframe, wherein the LAA subframe includes multiple symbols; (c) determining if control information is present at the first symbol location within the received LAA subframe; (d) determining if control information is present at the second symbol location within the received LAA subframe if it was determined in (c) that control information was not present at the first symbol location; (e) determining demodulation parameters based on the control information that is present in either the first symbol location or the second symbol location; and (f) demodulating the LAA subframe using the demodulation parameters, the first symbol location is symbol zero, and in that the second symbol location is symbol seven.
A system for producing droplet streams having droplets with uniform diameter, the system comprising: a solution dispenser and a droplet maker portion , the droplet maker portion comprises three stages, a piezo housing stage , a reservoir vessel stage and a nozzle holder stage ; the solution dispenser is in fluid communication with a fluid reservoir in a fluid reservoir vessel in the reservoir vessel stage ; a separation membrane that is part of the piezo housing stage , the fluid reservoir adjacent to and in contact with one side of the separation membrane ; the piezo housing stage has a retaining device that includes a steel pipe and a screw cap , a swivel bolt , which screws into the screw cap , applies pressure to a piezo actuator to contact with the separation membrane on a side opposite that in contact with the fluid reservoir , the piezo actuator produces oscillations communicated to the separation membrane between the piezo housing stage and the reservoir vessel ; and one or more capillary nozzles disposed away from the separation membrane , wherein the one or more capillary nozzles receive fluid from the fluid reservoir and ejects a droplet stream from the capillary nozzle . a solution dispenser and a droplet maker portion , the droplet maker portion comprises three stages, a piezo housing stage , a reservoir vessel stage and a nozzle holder stage ; the solution dispenser is in fluid communication with a fluid reservoir in a fluid reservoir vessel in the reservoir vessel stage ; a separation membrane that is part of the piezo housing stage , the fluid reservoir adjacent to and in contact with one side of the separation membrane ; the piezo housing stage has a retaining device that includes a steel pipe and a screw cap , a swivel bolt , which screws into the screw cap , applies pressure to a piezo actuator to contact with the separation membrane on a side opposite that in contact with the fluid reservoir , the piezo actuator produces oscillations communicated to the separation membrane between the piezo housing stage and the reservoir vessel ; and one or more capillary nozzles disposed away from the separation membrane , wherein the one or more capillary nozzles receive fluid from the fluid reservoir and ejects a droplet stream from the capillary nozzle .
A display that includes a transparent base having one surface on which a structure-forming layer , a light reflection layer , and a protective layer are sequentially laminated, wherein: the structure-forming layer includes a plurality of structure areas and each of the plurality of structure areas is formed of a concavo-convex structure , characterised in that the light reflection layer reflects a part of light, while transmitting therethrough a rest of light; and in that the concavo-convex structure has a longitudinal profile in a wind ripple pattern.
A cartridge comprising: a pouch capable of containing liquid, the pouch having a first major side and a second major side opposite the first major side; a mated stem-well film disposed on the first major side of the pouch, the mated stem-well film comprising a well film and a stem film including an array of stems or posts projecting into the well film, the stem film and the well film being separably mated with each other so that the stem film is removable from the well film such that when the stem film is separated from the well film, an array of wells on the well film is provided; a sealing film being disposed on the second major side of the pouch, the sealing film comprising a removable release liner covering an adhesive surface thereof; and a pull tab extending into the pouch and attached to at least one of the removable stem film and the removable release liner, and configured to remove the stem film and the release liner from the well film and the sealing film, respectively. a pouch capable of containing liquid, the pouch having a first major side and a second major side opposite the first major side; a mated stem-well film disposed on the first major side of the pouch, the mated stem-well film comprising a well film and a stem film including an array of stems or posts projecting into the well film, the stem film and the well film being separably mated with each other so that the stem film is removable from the well film such that when the stem film is separated from the well film, an array of wells on the well film is provided; a sealing film being disposed on the second major side of the pouch, the sealing film comprising a removable release liner covering an adhesive surface thereof; and a pull tab extending into the pouch and attached to at least one of the removable stem film and the removable release liner, and configured to remove the stem film and the release liner from the well film and the sealing film, respectively.