mhurhangee/patent-ind-claim-en huggingface dataset:
A mixing and dispensing apparatus , comprising: a mechanism configured to hold and rotate a cartridge having a powder material, about a primary axis (A-A) of rotation for a pre-determined time duration and speed, wherein the mechanism comprises a cartridge holder configured to receive the cartridge and to rotate about a secondary axis (B-B) of rotation that is radially offset from the primary axis (A-A) while the cartridge is rotated about the primary axis (A-A) of rotation, wherein the mechanism is configured to uniformly mix the powder material with a fluid to obtain a semi-liquid form of the powder material; an actuation device configured to perform a piercing stroke and a dispensing stroke; and an injection unit disposed within the actuation device for injecting a predetermined quantity of fluid into the cartridge after carrying out the piercing stroke; wherein the apparatus is configured such that, during the piercing stroke, one end of the cartridge is piercable by the actuation device and during an injection stroke, the fluid is injectable into the cartridge , wherein during the dispensing stroke the cartridge is compressable to dispense the semi-liquid form of the powder material through the other end of the cartridge . a mechanism configured to hold and rotate a cartridge having a powder material, about a primary axis (A-A) of rotation for a pre-determined time duration and speed, wherein the mechanism comprises a cartridge holder configured to receive the cartridge and to rotate about a secondary axis (B-B) of rotation that is radially offset from the primary axis (A-A) while the cartridge is rotated about the primary axis (A-A) of rotation, wherein the mechanism is configured to uniformly mix the powder material with a fluid to obtain a semi-liquid form of the powder material; an actuation device configured to perform a piercing stroke and a dispensing stroke; and an injection unit disposed within the actuation device for injecting a predetermined quantity of fluid into the cartridge after carrying out the piercing stroke; wherein the apparatus is configured such that, during the piercing stroke, one end of the cartridge is piercable by the actuation device and during an injection stroke, the fluid is injectable into the cartridge , wherein during the dispensing stroke the cartridge is compressable to dispense the semi-liquid form of the powder material through the other end of the cartridge .
A fuel conditioning unit comprising: a vaporization chamber , the vaporization chamber having a sidewall and an end wall; a heating element attached to the sidewall ; at least one fuel nozzle mounted on the end wall, the fuel nozzle being in fluid communication with a supply of liquid fuel consisting essentially of hydrocarbons, the fuel nozzle being configured to produce a spray with a spray angle such that all of the spray impinges on an interior surface of the sidewall ; and at least one diluent gas port in fluid communication with the vaporization chamber , the diluent gas port being in fluid communication with a supply of diluent gas; wherein the heating element is configured to heat a portion of the sidewall upon which the spray impinges to a temperature above the boiling point of the least volatile component of the liquid fuel and sufficient to flash vaporize the liquid fuel spray as it contacts the sidewall , and the diluent gas and vaporized liquid fuel combine to form a mixture that has a lower dew point than that of the liquid fuel in the absence of the diluent gas; and wherein the fuel conditioning unit is configured such that the mixture is maintained of a temperature above the dew point of the mixture until the mixture reaches a combustor located downstream of the fuel conditioning unit . a vaporization chamber , the vaporization chamber having a sidewall and an end wall; a heating element attached to the sidewall ; at least one fuel nozzle mounted on the end wall, the fuel nozzle being in fluid communication with a supply of liquid fuel consisting essentially of hydrocarbons, the fuel nozzle being configured to produce a spray with a spray angle such that all of the spray impinges on an interior surface of the sidewall ; and at least one diluent gas port in fluid communication with the vaporization chamber , the diluent gas port being in fluid communication with a supply of diluent gas; wherein the heating element is configured to heat a portion of the sidewall upon which the spray impinges to a temperature above the boiling point of the least volatile component of the liquid fuel and sufficient to flash vaporize the liquid fuel spray as it contacts the sidewall , and the diluent gas and vaporized liquid fuel combine to form a mixture that has a lower dew point than that of the liquid fuel in the absence of the diluent gas; and wherein the fuel conditioning unit is configured such that the mixture is maintained of a temperature above the dew point of the mixture until the mixture reaches a combustor located downstream of the fuel conditioning unit .
Fastener for a window covering comprising an upper support member , a lower support member and a piece of soft material or slats there between, wherein the fastener is adapted to join the upper support member to a list profile of a sheet element , wherein the fastener is a clamp to be engaged to the list profile of the sheet element so that the list profile is clamped between the ends of the fastener, characterized in that the fastener comprises a base , below which there is a narrower part for tightly fastening the lower part of the fastener to the upper support member , and an upper part above the base , wherein the upper part is provided with an upper end part comprising a hook , which is formed by an angled portion, wherein the upper part and the base have a shape for allowing opposite surfaces of the fastener and the list profile to fit each other thereby enabling a tight fastening. wherein the fastener is a clamp to be engaged to the list profile of the sheet element so that the list profile is clamped between the ends of the fastener, characterized in that the fastener comprises a base , below which there is a narrower part for tightly fastening the lower part of the fastener to the upper support member , and an upper part above the base , wherein the upper part is provided with an upper end part comprising a hook , which is formed by an angled portion, wherein the upper part and the base have a shape for allowing opposite surfaces of the fastener and the list profile to fit each other thereby enabling a tight fastening.
A tractor comprising: a vehicle body including a front wheel and a rear wheel ; a rear wheel fender covering the front and top of the rear wheel ; the tractor being characterised in further comprising a rear stay in a shape of a curved line that extends along the rear wheel fender , wherein in a side view, a rear first obstacle sensor is provided in front of a rear axle of the rear wheel and at the front of the rear stay ; and a rear second obstacle sensor is provided in rear of the rear axle of the rear wheel and at the rear of the rear stay . a vehicle body including a front wheel and a rear wheel ; a rear wheel fender covering the front and top of the rear wheel ; the tractor being characterised in further comprising a rear stay in a shape of a curved line that extends along the rear wheel fender , wherein in a side view, a rear first obstacle sensor is provided in front of a rear axle of the rear wheel and at the front of the rear stay ; and a rear second obstacle sensor is provided in rear of the rear axle of the rear wheel and at the rear of the rear stay .
A decoder unit for telecommunications systems, wherein the telecommunications system comprises a transmitting antenna and at least one piece of equipment associated with a user and provided with, respectively, at least one antenna with a reconfigurable radiation pattern selected from within a predetermined set of radiation patterns and/or two or more antennas , each having a fixed radiation pattern, said antennas being suited to transmit/ receive a synchronization signal ( SSB ) comprising primary synchronization signals ( PSS ) and secondary synchronization signals ( SSS ), said decoder unit comprising: - a first decoder block connected to the at least one antenna of the equipment to process the modulated signal ( s D ) coming from the latter and obtain first digital information ( I 1 ) associated with the primary synchronization signal ( PSS ); - a demodulator operatively connected to the at least one antenna of the equipment to demodulate the modulated signal ( s D ) coming from the latter and obtain a demodulated signal ( s B ); - a second decoder block suited to obtain second digital information ( I 2 ) associated with the secondary synchronization signal ( SSS ); - a CPU suited to process said first information ( I 1 ) and/or said second information ( I 2 ) in such a way as to generate digital output data ( D OUT ); wherein said digital output data ( D OUT ) are associated with the selection of a radiation pattern for the at least one antenna of the equipment and/or with the position of the at least one antenna of the equipment with respect to the transmitting antenna ; characterized in that said second decoder block is positioned downstream of said first decoder block and of said demodulator , said second information ( I 2 ) being obtained by said second decoder block following the processing of the demodulated signal ( s B ) exiting from said demodulator . - a first decoder block connected to the at least one antenna of the equipment to process the modulated signal ( s D ) coming from the latter and obtain first digital information ( I 1 ) associated with the primary synchronization signal ( PSS ); - a demodulator operatively connected to the at least one antenna of the equipment to demodulate the modulated signal ( s D ) coming from the latter and obtain a demodulated signal ( s B ); - a second decoder block suited to obtain second digital information ( I 2 ) associated with the secondary synchronization signal ( SSS ); - a CPU suited to process said first information ( I 1 ) and/or said second information ( I 2 ) in such a way as to generate digital output data ( D OUT ); wherein said digital output data ( D OUT ) are associated with the selection of a radiation pattern for the at least one antenna of the equipment and/or with the position of the at least one antenna of the equipment with respect to the transmitting antenna ; characterized in that said second decoder block is positioned downstream of said first decoder block and of said demodulator , said second information ( I 2 ) being obtained by said second decoder block following the processing of the demodulated signal ( s B ) exiting from said demodulator .
A method performed by a wireless device for communicating in a wireless network comprising: receiving, from an access point , prior to network association, an homogeneous extended service set identifier, HESSID, wherein the HESSID uniquely identifies the wireless network , and wherein the HESSID is received in one of: a beacon, a probe response, or a first response comprising a first access network query protocol, ANQP, message; transmitting, prior to network association, a first request to the access point for information about the wireless network , wherein the first request comprises a second ANQP message; receiving, prior to the network association, a second response from the access point including the information , wherein the second response comprises a third ANQP message; storing the information in a cache of the wireless device with a cache value, wherein the cache value is at least one of: a date, an expiration period, a lifetime, a version, or a timer related to the information ; and indexing the stored information with the HESSID uniquely identifying the wireless network for future associations with the wireless network . receiving, from an access point , prior to network association, an homogeneous extended service set identifier, HESSID, wherein the HESSID uniquely identifies the wireless network , and wherein the HESSID is received in one of: a beacon, a probe response, or a first response comprising a first access network query protocol, ANQP, message; transmitting, prior to network association, a first request to the access point for information about the wireless network , wherein the first request comprises a second ANQP message; receiving, prior to the network association, a second response from the access point including the information , wherein the second response comprises a third ANQP message; storing the information in a cache of the wireless device with a cache value, wherein the cache value is at least one of: a date, an expiration period, a lifetime, a version, or a timer related to the information ; and indexing the stored information with the HESSID uniquely identifying the wireless network for future associations with the wireless network .
Measuring unit for measuring at least one property of a flowing medium , having at least one sensor , the sensor being arranged within the measuring unit , characterized in that the sensor is connected to an inner wall of the measuring unit via a multiplicity of nanowires .
Hot glue unit for a labeling machine in the beverage processing industry, comprising at least a glue roller and a glue container as well as a housing in which said glue roller is arranged and a glue scraper for scraping glue from said glue roller and transferring said glue onto a label, where said glue scraper is disposed in said housing , characterized in that said hot glue unit comprises a filter unit with an extractor connected to said housing which can extract gases from the interior of said housing and supply them to said filter unit before the gases can exit said hot glue unit.
A device comprising: a flexible substrate ; a conductive trace disposed on the substrate; an electronic component mounted to the substrate in a flexible region of the substrate; a liquid metal interconnect bridging between a pad on the component and the trace on the substrate; and an encapsulant covering the interconnect. a flexible substrate ; a conductive trace disposed on the substrate; an electronic component mounted to the substrate in a flexible region of the substrate; a liquid metal interconnect bridging between a pad on the component and the trace on the substrate; and an encapsulant covering the interconnect.
A method of manufacturing a light emitting device , comprising: preparing a light emitting structure comprising a first conductive type semiconductor layer , an active layer and a second conductive type semiconductor layer ; depositing an oxide film , using low pressure chemical vapor deposition at 400°C to 450°C, on the light emitting structure , with an irregular thickness; forming a first electrode on the first conductive type semiconductor layer ; and forming a second electrode on the second conductive type semiconductor layer , wherein the oxide film comprises a first layer and a second layer , the first layer being disposed on an entire top surface of the light emitting structure and having a uniform thickness, and the second layer being disposed on an entire top surface of the first layer and having an irregular thickness, and wherein at least one of the thickness of the first layer or that of and second layers is 1 micrometer to 5 micrometers, and wherein nanometer-sized unevenness is formed on a surface of the oxide film . preparing a light emitting structure comprising a first conductive type semiconductor layer , an active layer and a second conductive type semiconductor layer ; depositing an oxide film , using low pressure chemical vapor deposition at 400°C to 450°C, on the light emitting structure , with an irregular thickness; forming a first electrode on the first conductive type semiconductor layer ; and forming a second electrode on the second conductive type semiconductor layer , wherein the oxide film comprises a first layer and a second layer , the first layer being disposed on an entire top surface of the light emitting structure and having a uniform thickness, and the second layer being disposed on an entire top surface of the first layer and having an irregular thickness, and wherein at least one of the thickness of the first layer or that of and second layers is 1 micrometer to 5 micrometers, and wherein nanometer-sized unevenness is formed on a surface of the oxide film .
Mobile vehicle barrier for setting up on flat ground , wherein: - between a lower part and an upper part a sliding plane (G) rising from a vehicle impact side to a rear side or a curved sliding surface is provided which is formed between adjacent contact surfaces and/or sliding elements on the upper and lower part , wherein the upper part is displaceable in relation to the lower part ; - an offset section (V) of the upper part in relation to the lower part , said offset section extending in the sliding plane (G) or the sliding surface, is delimited by an interlocking connection of the lower part and upper part , and - the lower part and the upper part are connected in an interlocking manner to each other via at least one deformable traction element which extends beyond the sliding plane (G) or the sliding surface, characterized - in that at least one support element which is directed onto a contact plane of the lower part and has at least one penetration body attached or integrally formed on the end side is arranged on a lower side and/or on a rear side and/or on an lower edge of the lower part , and - in that the support element is fastened to the lower part by an adjustment device by which the distance of the penetration body from the contact plane of the lower part can be changed. - between a lower part and an upper part a sliding plane (G) rising from a vehicle impact side to a rear side or a curved sliding surface is provided which is formed between adjacent contact surfaces and/or sliding elements on the upper and lower part , wherein the upper part is displaceable in relation to the lower part ; - an offset section (V) of the upper part in relation to the lower part , said offset section extending in the sliding plane (G) or the sliding surface, is delimited by an interlocking connection of the lower part and upper part , and - the lower part and the upper part are connected in an interlocking manner to each other via at least one deformable traction element which extends beyond the sliding plane (G) or the sliding surface, - in that at least one support element which is directed onto a contact plane of the lower part and has at least one penetration body attached or integrally formed on the end side is arranged on a lower side and/or on a rear side and/or on an lower edge of the lower part , and - in that the support element is fastened to the lower part by an adjustment device by which the distance of the penetration body from the contact plane of the lower part can be changed.
A launch control method for a continuously variable transmission comprising a hydro-mechanical variator , a summing transmission connected to an output side of the variator , and a clutch for selectively connecting the summing transmission to an output member , the method comprising the steps of: determining whether a launch has been requested; adjusting a variable displacement pump of the variator to a predetermined fixed displacement; commencing engagement of the clutch ; and characterised in that the method further comprises: determining whether a predetermined degree of slip exists between input and output elements of the clutch ; holding the clutch at its present state of engagement when the predetermined degree of slip has been established; placing the variator into a torque control mode; determining when there is zero slip between the input and output elements of the clutch ; instructing full engagement of the clutch ; and holding the pump of the variator at its current displacement until a predetermined time period has elapsed. determining whether a launch has been requested; adjusting a variable displacement pump of the variator to a predetermined fixed displacement; commencing engagement of the clutch ; and characterised in that the method further comprises: determining whether a predetermined degree of slip exists between input and output elements of the clutch ; holding the clutch at its present state of engagement when the predetermined degree of slip has been established; placing the variator into a torque control mode; determining when there is zero slip between the input and output elements of the clutch ; instructing full engagement of the clutch ; and holding the pump of the variator at its current displacement until a predetermined time period has elapsed. determining whether a predetermined degree of slip exists between input and output elements of the clutch ; holding the clutch at its present state of engagement when the predetermined degree of slip has been established; placing the variator into a torque control mode; determining when there is zero slip between the input and output elements of the clutch ; instructing full engagement of the clutch ; and holding the pump of the variator at its current displacement until a predetermined time period has elapsed.
A surgical instrument comprising: a handle ; an articulation cam that is movable relative to the handle between at least a first position and a second position, the articulation cam including a first cam profile and a second cam profile ; and an elongated shaft assembly extending distally from the handle , the elongated shaft assembl comprising: a first shaft including a proximal portion coupled to the first cam profile , the first shaft including a first flexible portion ; and a second shaft including a proximal portion coupled to the second cam profile , the second shaft coaxially arranged relative to the first shaft , the second shaft including a second flexible portion , wherein the second shaft is axially fixed relative to the first shaft at a location located distally from an articulable portion of the elongated shaft assembly , wherein the first flexible portion and the second flexible portion correspond to the articulable portion of the elongated shaft assembly , and wherein moving the articulation cam from the first position to the second position displaces the proximal portion of the first shaft in a first direction and the proximal portion of the second shaft in a second direction. handle ; an articulation cam that is movable relative to the handle between at least a first position and a second position, the articulation cam including a first cam profile and a second cam profile ; and an elongated shaft assembly extending distally from the handle , the elongated shaft assembl comprising: a first shaft including a proximal portion coupled to the first cam profile , the first shaft including a first flexible portion ; and a second shaft including a proximal portion coupled to the second cam profile , the second shaft coaxially arranged relative to the first shaft , the second shaft including a second flexible portion , a first shaft including a proximal portion coupled to the first cam profile , the first shaft including a first flexible portion ; and a second shaft including a proximal portion coupled to the second cam profile , the second shaft coaxially arranged relative to the first shaft , the second shaft including a second flexible portion , wherein the second shaft is axially fixed relative to the first shaft at a location located distally from an articulable portion of the elongated shaft assembly , wherein the first flexible portion and the second flexible portion correspond to the articulable portion of the elongated shaft assembly , and wherein moving the articulation cam from the first position to the second position displaces the proximal portion of the first shaft in a first direction and the proximal portion of the second shaft in a second direction.