mhurhangee/patent-ind-claim-en huggingface dataset:
A user-wearable illumination assembly for use with eyeglass frames , the illumination assembly comprising a clip assembly selectively removably couplable to a bridge portion of the eyeglass frames , a headlamp coupled to the clip , and at least one battery selectively removably couplable to the eyeglass frames , the user wearable illumination assembly characterized by at least one electrical conductor operatively coupling the battery to the headlamp , wherein the headlamp is removably coupled to the clip , and wherein the user-wearable illumination assembly further comprises: first mounting structure on the clip for removably supporting the headlamp thereon; a first electrical contact associated with the first mounting structure ; second mounting structure on the headlamp and cooperating with the first mounting structure on the clip to removably support the headlamp on the clip ; a second electrical contact associated with the second mounting structure ; and electrical circuitry integrated with the clip and configured to provide electrical communication with the headlamp via the first and second electrical contacts when the second mounting structure is coupled to the first mounting structure to support the headlamp on the clip . first mounting structure on the clip for removably supporting the headlamp thereon; a first electrical contact associated with the first mounting structure ; second mounting structure on the headlamp and cooperating with the first mounting structure on the clip to removably support the headlamp on the clip ; a second electrical contact associated with the second mounting structure ; and electrical circuitry integrated with the clip and configured to provide electrical communication with the headlamp via the first and second electrical contacts when the second mounting structure is coupled to the first mounting structure to support the headlamp on the clip .
A system comprising: a first computing device able to communicate with a plurality of metadata nodes , each metadata node maintaining a portion of a metadata database based on partitioning of the metadata database to distribute the metadata database across the plurality of metadata nodes , the first computing device being configured by executable instructions to perform operations characterized by comprising: receiving, by the first computing device, from a second computing device, partition mapping information indicating partitions of the metadata database ; determining, by the first computing device, to perform a database operation with respect to the metadata database for first metadata, wherein the first metadata is associated with key information; accessing, by the first computing device, the partition mapping information to determine a first metadata node of the plurality of metadata nodes indicated to maintain a partition of the metadata database corresponding to the key information; and sending, by the first computing device, to the first metadata node, based on the partition mapping information, a request for performing the database operation for the first metadata. receiving, by the first computing device, from a second computing device, partition mapping information indicating partitions of the metadata database ; determining, by the first computing device, to perform a database operation with respect to the metadata database for first metadata, wherein the first metadata is associated with key information; accessing, by the first computing device, the partition mapping information to determine a first metadata node of the plurality of metadata nodes indicated to maintain a partition of the metadata database corresponding to the key information; and sending, by the first computing device, to the first metadata node, based on the partition mapping information, a request for performing the database operation for the first metadata.
A data communication method, comprising: obtaining (S601), by a terminal, a downlink control information, DCI from a base station, wherein the DCI comprises information about modulation order, and information about a quantity of scheduled resource blocks; determining (S602), by the terminal, whether a reference signal is carried in the scheduled resource blocks based on at least one of the information about modulation order or the information about a quantity of scheduled resource blocks, characterized in that a reference signal is not carried in the scheduled resource blocks when the quantity of scheduled resource blocks is less than a preset quantity; or a reference signal is not carried in the scheduled resource blocks when the modulation order is less than a preset modulation order. obtaining (S601), by a terminal, a downlink control information, DCI from a base station, wherein the DCI comprises information about modulation order, and information about a quantity of scheduled resource blocks; determining (S602), by the terminal, whether a reference signal is carried in the scheduled resource blocks based on at least one of the information about modulation order or the information about a quantity of scheduled resource blocks, characterized in that a reference signal is not carried in the scheduled resource blocks when the quantity of scheduled resource blocks is less than a preset quantity; or a reference signal is not carried in the scheduled resource blocks when the modulation order is less than a preset modulation order.
Gallery-cooled piston for an internal combustion engine, having an upper part and a lower part , the said two parts (2, 3; 102, 103) being connected to one another via an integrally joined joint connection, configured as a welded seam , and the said two parts (2, 3; 102, 103) forming an annularly circumferential cooling duct which is arranged, for instance, behind a ring zone , a gap geometry being provided between a lower edge of the ring zone and an upper edge of a lower part , characterized in that the gap geometry has at least one sliding face which is arranged on a lower edge of the ring zone of the gallery-cooled piston and/or on the corresponding upper edge of a lower part of the gallery-cooled piston .
A method , comprising: - providing a mold substrate and a cover substrate that are connected to each other, wherein a surface region of the mold substrate and/or of the cover substrate is structured so as to form an enclosed cavity between the cover substrate and the mold substrate, - tempering the cover substrate and the mold substrate so as to decrease the viscosity of the glass material of the cover substrate, and providing an overpressure in the enclosed cavity compared to the surrounding atmosphere so as to cause, on the basis of the decreased viscosity of the glass material of the cover substrate and the overpressure in the enclosed cavity compared to the surrounding atmosphere, bulging of the glass material of the cover substrate starting from the enclosed cavity up to a stop area, spaced apart from the cover substrate, of a stop element so as to obtain a molded cover substrate with a cap element; and - removing the stop element and the mold substrate from the molded cover substrate. - providing a mold substrate and a cover substrate that are connected to each other, wherein a surface region of the mold substrate and/or of the cover substrate is structured so as to form an enclosed cavity between the cover substrate and the mold substrate, - tempering the cover substrate and the mold substrate so as to decrease the viscosity of the glass material of the cover substrate, and providing an overpressure in the enclosed cavity compared to the surrounding atmosphere so as to cause, on the basis of the decreased viscosity of the glass material of the cover substrate and the overpressure in the enclosed cavity compared to the surrounding atmosphere, bulging of the glass material of the cover substrate starting from the enclosed cavity up to a stop area, spaced apart from the cover substrate, of a stop element so as to obtain a molded cover substrate with a cap element; and - removing the stop element and the mold substrate from the molded cover substrate.
A pet toy comprising: a first member at least partially encapsulated within a second member , wherein the first member and the second member are bonded together or mechanically joined due to their respective geometries; wherein the first member is formed of a first member polymer composition having a density less than 1.0 gram/cubic centimeter; wherein the second member is formed of a second member polymer composition having a density greater than 1.0 gram/cubic centimeter; wherein the first member and the second member are provided at a weight ratio such that the pet toy floats when placed in water; wherein the second member weighs down a second end of the pet toy in water such that a first end of the pet toy rises above the second end of the pet toy, wherein at least a portion of the first end rises above a surface of the water; characterized in that the second member is molded over the first member and in that the first end comprises a ring . a first member at least partially encapsulated within a second member , wherein the first member and the second member are bonded together or mechanically joined due to their respective geometries; wherein the first member is formed of a first member polymer composition having a density less than 1.0 gram/cubic centimeter; wherein the second member is formed of a second member polymer composition having a density greater than 1.0 gram/cubic centimeter; wherein the first member and the second member are provided at a weight ratio such that the pet toy floats when placed in water; wherein the second member weighs down a second end of the pet toy in water such that a first end of the pet toy rises above the second end of the pet toy, wherein at least a portion of the first end rises above a surface of the water; characterized in that the second member is molded over the first member and in that the first end comprises a ring .
A preparation comprising peptides of a natural allergen wherein the peptides are hydrolyzed allergen peptides for use in the prevention of development of allergy, wherein the preparation is administered prior to the development of any allergy against the allergen used for the preparation.
A touchscreen comprising: a base material having a first side and a second side; a first coating applied to the first side of the base material , the first coating configured to generate an input signal; a second coating applied to the second side of the base material ; a third coating , located on the first side of the base material , separated from the first coating by an insulator , wherein the first coating , the second coating and the third coating are made of electrically conductive material; and a controller configured to: apply a base signal to one of the coatings and a further one of the coatings, such that the base signal heats up the base material to remove or hinder condensation or frost on the touchscreen ; receive a combined signal, the combined signal including the base signal and the input signal, and filter the input signal from the combined signal. a base material having a first side and a second side; a first coating applied to the first side of the base material , the first coating configured to generate an input signal; a second coating applied to the second side of the base material ; a third coating , located on the first side of the base material , separated from the first coating by an insulator , wherein the first coating , the second coating and the third coating are made of electrically conductive material; and a controller configured to: apply a base signal to one of the coatings and a further one of the coatings, such that the base signal heats up the base material to remove or hinder condensation or frost on the touchscreen ; receive a combined signal, the combined signal including the base signal and the input signal, and filter the input signal from the combined signal. apply a base signal to one of the coatings and a further one of the coatings, such that the base signal heats up the base material to remove or hinder condensation or frost on the touchscreen ; receive a combined signal, the combined signal including the base signal and the input signal, and filter the input signal from the combined signal.
A method for the wet treatment and drying of laundry, wherein the laundry is washed and rinsed in the course of wet treatment and that during the drying phase the bound liquid from the wet treatment is extracted from the laundry to at least a large extent, characterized in that the laundry is placed in a spread-out state on the start of the conveyor in the region of wet treatment by a feeding machine , wet treatment and drying are conducted on laundry lying on at least one conveyor in a spread-out state, and the dried laundry is transferred in its spread-out state by the conveyor in the drying region directly to an intake conveyor of a downstream folding machine or a mangle.
A vane cooling system for a gas turbine engine, the system comprising; a vane arranged on a stator and having a chamber extending continuously from a radially inner end to a radially outer end of the vane, the vane having a first inlet and a second inlet ; characterised by a first cooling fluid feed in communication with the first inlet to feed cooling air, a second cooling fluid feed in communication with the second inlet to feed cooling air, the first cooling fluid feed having a higher pressure than the second cooling fluid feed , the first cooling fluid feed arranged to be open during both high power and low power operations, a valve as flow adjustment device arranged for adjusting a flow of the second cooling fluid feed into the second inlet , the flow adjustment device operable to adjust flow of the second cooling fluid feed independently of the flow of the first cooling fluid feed , whereby to provide a top-up cooling flow to the chamber , wherein the chamber is divided by a plate to provide a main chamber and a wall-side chamber bordering the main chamber , the first inlet enters the wall-side chamber and the second inlet enters the main chamber , the plate is configured to permit a restricted flow of air between the main chamber and the wall-side chamber . a vane arranged on a stator and having a chamber extending continuously from a radially inner end to a radially outer end of the vane, the vane having a first inlet and a second inlet ; characterised by a first cooling fluid feed in communication with the first inlet to feed cooling air, a second cooling fluid feed in communication with the second inlet to feed cooling air, the first cooling fluid feed having a higher pressure than the second cooling fluid feed , the first cooling fluid feed arranged to be open during both high power and low power operations, a valve as flow adjustment device arranged for adjusting a flow of the second cooling fluid feed into the second inlet , the flow adjustment device operable to adjust flow of the second cooling fluid feed independently of the flow of the first cooling fluid feed , whereby to provide a top-up cooling flow to the chamber , wherein the chamber is divided by a plate to provide a main chamber and a wall-side chamber bordering the main chamber , the first inlet enters the wall-side chamber and the second inlet enters the main chamber , the plate is configured to permit a restricted flow of air between the main chamber and the wall-side chamber .
An user equipment , UE, comprising: a wireless communication module to receive, from an evolved NodeB , eNB, in an evolved universal terrestrial radio access network, E-UTRAN, a signal including wireless local area network, WLAN, backhaul load information; and a control module to determine, at least in part based on a predetermined threshold related to the WLAN backhaul load information, whether to offload communication from the E-UTRAN to the WLAN through connecting to an access point , AP, of the WLAN. a wireless communication module to receive, from an evolved NodeB , eNB, in an evolved universal terrestrial radio access network, E-UTRAN, a signal including wireless local area network, WLAN, backhaul load information; and a control module to determine, at least in part based on a predetermined threshold related to the WLAN backhaul load information, whether to offload communication from the E-UTRAN to the WLAN through connecting to an access point , AP, of the WLAN.
A method of manufacturing a solid formulation product comprising steps of: positioning a platform into a cup comprising an open end comprising a skirt, such that the platform is at least partially received by the cup; then filing the cup with liquid formulation to a predetermined level such that the platform is at least partially submerged in the liquid formulation; solidifying the liquid formulation in the cup to form a solid formulation; once the solid formulation is formed, deforming then releasing the skirt, wherein the skirt is shaped such that when the platform is received within the cup a space is defined between the platform and the skirt and wherein deforming the skirt comprises compression of the skirt along a compressible axis of the skirt which causes expansion of the skirt along an expandible axis of the skirt which is substantially normal to the compressible axis of the skirt. positioning a platform into a cup comprising an open end comprising a skirt, such that the platform is at least partially received by the cup; then filing the cup with liquid formulation to a predetermined level such that the platform is at least partially submerged in the liquid formulation; solidifying the liquid formulation in the cup to form a solid formulation; once the solid formulation is formed, deforming then releasing the skirt, wherein the skirt is shaped such that when the platform is received within the cup a space is defined between the platform and the skirt and wherein deforming the skirt comprises compression of the skirt along a compressible axis of the skirt which causes expansion of the skirt along an expandible axis of the skirt which is substantially normal to the compressible axis of the skirt.
A system for planning and performing a surgical procedure, the system comprising: a motion capture system that is adapted to record a video of anatomical movements of a patient, the motion capture system comprising: a video camera ; and a body suit having markers located at multiple joints of the patient wearing the body suit ; an x-ray system that is adapted to register the video to a skeletal system of the patient; an electronic modeling system that is adapted to generate a model of the anatomy of the patient from which position and orientation data for a prosthetic implant can be generated based on the registered video; and a surgical navigation system that is adapted to correlate the position and orientation data to the anatomy of the patient. a motion capture system that is adapted to record a video of anatomical movements of a patient, the motion capture system comprising: a video camera ; and a body suit having markers located at multiple joints of the patient wearing the body suit ; a video camera ; and a body suit having markers located at multiple joints of the patient wearing the body suit ; an x-ray system that is adapted to register the video to a skeletal system of the patient; an electronic modeling system that is adapted to generate a model of the anatomy of the patient from which position and orientation data for a prosthetic implant can be generated based on the registered video; and a surgical navigation system that is adapted to correlate the position and orientation data to the anatomy of the patient.
An arrangement comprising a connector and a wall part to which the connector is fixed, wherein the connector comprising: a bolt ; a housing including a fixing part having a through hole into which the bolt is inserted, the fixing part being fixed to the wall part by the bolt , and an inserting part having a tubular shape that projects from the fixing part to be inserted into a hole part of the wall part ; a sealing member that is mounted on an outer surface of the inserting part to seal between the inserting part and the hole part ; and a holder including an abutting part that is positioned between an outer surface of the inserting part and the hole part , the holder being fixed to a distal end part of the inserting part , wherein the abutting part abuts on a wall surface of the hole part so as to limit relative movement of the inserting part with respect to the hole part , characterized in that a gap (G1, G2) between the wall surface of the hole part and the abutting part is narrower than a gap (G3, G4) between a wall surface of the through hole and the bolt . a bolt ; a housing including a fixing part having a through hole into which the bolt is inserted, the fixing part being fixed to the wall part by the bolt , and an inserting part having a tubular shape that projects from the fixing part to be inserted into a hole part of the wall part ; a sealing member that is mounted on an outer surface of the inserting part to seal between the inserting part and the hole part ; and a holder including an abutting part that is positioned between an outer surface of the inserting part and the hole part , the holder being fixed to a distal end part of the inserting part , wherein the abutting part abuts on a wall surface of the hole part so as to limit relative movement of the inserting part with respect to the hole part , characterized in that a gap (G1, G2) between the wall surface of the hole part and the abutting part is narrower than a gap (G3, G4) between a wall surface of the through hole and the bolt .
A broadcast signal sending method, wherein the method is performed by a network device, and the method comprises: generating , at a second protocol layer, second information to be carried in a physical broadcast channel, PBCH, wherein the second information is information related to a synchronization signal block, SSB, wherein the second protocol layer is a protocol layer below a first protocol layer, wherein the second protocol layer is a medium access control, MAC, layer or a physical layer; processing first information and the second information at a physical layer, wherein the processing the first information and the second information at the physical layer comprises: performing channel coding, scrambling and modulation on a combination result of the first information and the second information, wherein the first information is from the first protocol layer, wherein the combination result of the first information and the second information comprises: bits of the first information, bits of the second information, and bits of a cyclic redundancy check, CRC, code, wherein the CRC code corresponds to both the first information and the second information; and sending the PBCH comprised in the SSB, to a terminal device, wherein the PBCH carries data obtained after physical layer processing which is performed on the first information and the second information at the physical layer. generating , at a second protocol layer, second information to be carried in a physical broadcast channel, PBCH, wherein the second information is information related to a synchronization signal block, SSB, wherein the second protocol layer is a protocol layer below a first protocol layer, wherein the second protocol layer is a medium access control, MAC, layer or a physical layer; processing first information and the second information at a physical layer, wherein the processing the first information and the second information at the physical layer comprises: performing channel coding, scrambling and modulation on a combination result of the first information and the second information, wherein the first information is from the first protocol layer, wherein the combination result of the first information and the second information comprises: bits of the first information, bits of the second information, and bits of a cyclic redundancy check, CRC, code, wherein the CRC code corresponds to both the first information and the second information; and sending the PBCH comprised in the SSB, to a terminal device, wherein the PBCH carries data obtained after