mhurhangee/patent-ind-claim-en huggingface dataset:
An electrically isolated coupler comprising: a driven body made of first metallic material and having a driven end configured to interface with a fastening component, the driven body comprising a first interface portion ; a drive body made of a second metallic material and having a drive end configured to interface with a driving tool, the drive body comprising a second interface portion ; and an insulating member disposed between the drive body and the driven body to electrically isolate the drive body and the driven body from each other, wherein the first interface portion includes at least one axially extending portion that extends toward the drive body, and the second interface portion includes at least one axially extending portion that extends toward the driven body, wherein the insulating member is disposed between the respective at least one axially extending portions of the first and second interface portions, characterised in that the second interface portion extends at least partially around a drive mating structure of the drive body. a driven body made of first metallic material and having a driven end configured to interface with a fastening component, the driven body comprising a first interface portion ; a drive body made of a second metallic material and having a drive end configured to interface with a driving tool, the drive body comprising a second interface portion ; and an insulating member disposed between the drive body and the driven body to electrically isolate the drive body and the driven body from each other, wherein the first interface portion includes at least one axially extending portion that extends toward the drive body, and the second interface portion includes at least one axially extending portion that extends toward the driven body, wherein the insulating member is disposed between the respective at least one axially extending portions of the first and second interface portions, characterised in that the second interface portion extends at least partially around a drive mating structure of the drive body.
A method for controlling a pump that is configured for pumping liquid comprising solid matter and that is at least partly submerged into a liquid during operation of the pump , the pump comprising: - an integrated control unit , - a drive unit having an electric motor and a drive shaft , and - a hydraulic unit having an impeller connected to said electric motor via said drive shaft , wherein the control unit is operatively connected to the electric motor and is configured for monitoring and controlling the operation of the pump , wherein the pump further comprises an integrated pressure sensor that has fixed reference pressure and that is operatively connected to the control unit , said control unit being configured to determine the liquid level of the liquid surrounding the pump based on a relation between the actual value of the pressure sensor and a reference value, wherein said method comprises a sub-method for calibrating the pump and comprising the steps of: - initiate pumping, - continue pumping until the liquid level of the liquid surrounding the pump is equal to a predetermined calibration level, the predetermined calibration level being fixed in relation to the pump , - determining a calibration level actual value of the pressure sensor when the liquid level of the liquid surrounding the pump is equal to said predetermined calibration level, and - calibrating the pump by setting a new reference value corresponding to said calibration level actual value. - an integrated control unit , - a drive unit having an electric motor and a drive shaft , and - a hydraulic unit having an impeller connected to said electric motor via said drive shaft , wherein the pump further comprises an integrated pressure sensor that has fixed reference pressure and that is operatively connected to the control unit , said control unit being configured to determine the liquid level of the liquid surrounding the pump based on a relation between the actual value of the pressure sensor and a reference value, wherein said method comprises a sub-method for calibrating the pump and comprising the steps of: - initiate pumping, - continue pumping until the liquid level of the liquid surrounding the pump is equal to a predetermined calibration level, the predetermined calibration level being fixed in relation to the pump , - determining a calibration level actual value of the pressure sensor when the liquid level of the liquid surrounding the pump is equal to said predetermined calibration level, and - calibrating the pump by setting a new reference value corresponding to said calibration level actual value. - initiate pumping, - continue pumping until the liquid level of the liquid surrounding the pump is equal to a predetermined calibration level, the predetermined calibration level being fixed in relation to the pump , - determining a calibration level actual value of the pressure sensor when the liquid level of the liquid surrounding the pump is equal to said predetermined calibration level, and - calibrating the pump by setting a new reference value corresponding to said calibration level actual value.
A compound of Formula I, or salt thereof, wherein: MBG is pyrimidinyl, oxazolyl, or thiazolyl; R 1 is halo; R 2 is halo; R 3 is 2-pyridyl substituted with 1, 2 or 3 independent R 5 ; R 4 is phenyl or alkyl substituted with 0, 1, 2 or 3 independent R 6 ; each R 5 is independently aryl, haloalkoxy, aryloxy, alkynyl, alkylaryl, arylalkynyl, or arylalkoxy; and each R 6 is independently halo. MBG is pyrimidinyl, oxazolyl, or thiazolyl; R 1 is halo; R 2 is halo; R 3 is 2-pyridyl substituted with 1, 2 or 3 independent R 5 ; R 4 is phenyl or alkyl substituted with 0, 1, 2 or 3 independent R 6 ; each R 5 is independently aryl, haloalkoxy, aryloxy, alkynyl, alkylaryl, arylalkynyl, or arylalkoxy; and each R 6 is independently halo.
A radar system , comprising: at least one transmitter ; at least one receiver ; at least one processor ; and at least one non-transitory computer-readable medium storing machine instructions which, when executed by the at least one processor, cause the at least one processor to: obtain an indication of an approaching object ; perform radar sensing of a region of interest to obtain environmental information; and transmit the environmental information for the region of interest to a communication system of the approaching object wherein the machine instructions to perform radar sensing of the region of interest further comprise machine instructions to: determine a reaction time for the approaching object; schedule at least one sensing slot within at least one communication frame based on the determined reaction time and the region of interest; and perform the radar sensing of the region of interest during the at least one sensing slot within the at least one communication frame. at least one transmitter ; at least one receiver ; at least one processor ; and at least one non-transitory computer-readable medium storing machine instructions which, when executed by the at least one processor, cause the at least one processor to: obtain an indication of an approaching object ; perform radar sensing of a region of interest to obtain environmental information; and transmit the environmental information for the region of interest to a communication system of the approaching object wherein the machine instructions to perform radar sensing of the region of interest further comprise machine instructions to: determine a reaction time for the approaching object; schedule at least one sensing slot within at least one communication frame based on the determined reaction time and the region of interest; and perform the radar sensing of the region of interest during the at least one sensing slot within the at least one communication frame. obtain an indication of an approaching object ; perform radar sensing of a region of interest to obtain environmental information; and transmit the environmental information for the region of interest to a communication system of the approaching object wherein the machine instructions to perform radar sensing of the region of interest further comprise machine instructions to: determine a reaction time for the approaching object; schedule at least one sensing slot within at least one communication frame based on the determined reaction time and the region of interest; and perform the radar sensing of the region of interest during the at least one sensing slot within the at least one communication frame.
A swivel joint for a hand-held vacuum cleaner, wherein the swivel joint comprises a first joint tube and a second joint tube for connecting a vacuum cleaner body of a vacuum cleaner with a dust suction tube or connecting a dust suction tube with a dust suction head or connecting two dust suction tubes , a connecting tube enabling communication between the first joint tube with the second joint tube , and a conductive assembly , wherein one end portion of the first joint tube and one end portion of the second joint tube are rotatably connected with respect to each other, the connecting tube is a corrugated flexible tube, and the conductive assembly comprise a first conductive interface disposed on the first joint tube and a second conductive interface disposed on the second joint tube ; characterized in that there is: a conducting wire disposed inside the corrugated flexible tube , wherein two ends of the conducting wire connect with the first conductive interface and the second conductive interface , respectively; wherein, a center line of the first joint tube and a center line of the second joint tube form an angle of 0 - 90°; the first joint tube and the second joint tube both are provided with a first position-limiting part (b) and a second position-limiting part (c), respectively, the angle is 0° when two first position-limiting parts (b) contact; and, the angle is 90° when two second position-limiting parts (c) contact. a conducting wire disposed inside the corrugated flexible tube , wherein two ends of the conducting wire connect with the first conductive interface and the second conductive interface , respectively; wherein, a center line of the first joint tube and a center line of the second joint tube form an angle of 0 - 90°; the first joint tube and the second joint tube both are provided with a first position-limiting part (b) and a second position-limiting part (c), respectively, the angle is 0° when two first position-limiting parts (b) contact; and, the angle is 90° when two second position-limiting parts (c) contact.
A data processing method, comprising: obtaining an acquisition request for target data of a data owner; determining a trusted application, TAPP, for generating the target data based on correspondence information comprised in decentralized identifier document, DID Doc, information of the data owner in response to the acquisition request, wherein the correspondence information comprises a correspondence between the target data and the TAPP; sending a target data generation request to the TAPP, wherein the target data generation request is used for requesting to use the TAPP to process data of the data owner obtained from a trusted institution so as to generate the target data; and receiving a processing result fed back by the TAPP in response to the target data generation request. obtaining an acquisition request for target data of a data owner; determining a trusted application, TAPP, for generating the target data based on correspondence information comprised in decentralized identifier document, DID Doc, information of the data owner in response to the acquisition request, wherein the correspondence information comprises a correspondence between the target data and the TAPP; sending a target data generation request to the TAPP, wherein the target data generation request is used for requesting to use the TAPP to process data of the data owner obtained from a trusted institution so as to generate the target data; and receiving a processing result fed back by the TAPP in response to the target data generation request.
A gas turbine engine having a combustor comprising: a liner having an inner surface ; a plurality of tile assemblies secured to the inner surface of the liner , each tile assembly having a cold layer and a hot layer that are spaced apart from one another by an air gap , wherein the cold layer includes a plurality of ports for directing cooling air towards the hot layer , the ports are oriented in a direction normal to the hot layer , the hot layer includes a top surface , a bottom surface , and a plurality of cooling holes having an angle (φ) in the range of 30 degrees to 75 degrees relative to the top surface of the hot layer , the cooling holes have a leading edge and a trailing edge and an exit opening , the shape of the exit opening is circular, preferably fan shaped or oval shaped, in the top plan view, and cooling air is flowable from one port through the air gap 66 into multiple pathways . a liner having an inner surface ; a plurality of tile assemblies secured to the inner surface of the liner , each tile assembly having a cold layer and a hot layer that are spaced apart from one another by an air gap , wherein the cold layer includes a plurality of ports for directing cooling air towards the hot layer , the ports are oriented in a direction normal to the hot layer , the hot layer includes a top surface , a bottom surface , and a plurality of cooling holes having an angle (φ) in the range of 30 degrees to 75 degrees relative to the top surface of the hot layer , the cooling holes have a leading edge and a trailing edge and an exit opening , the shape of the exit opening is circular, preferably fan shaped or oval shaped, in the top plan view, and cooling air is flowable from one port through the air gap 66 into multiple pathways .
A reflector mounting structure for a saddle riding vehicle comprising: a fender reinforcement section that is attached to an inner side surface of a fender which is configured to face a wheel (Wf) of the saddle riding vehicle , the fender being configured to cover an outside of the wheel (Wf); and a reflector support section to which a reflector is attached, wherein the reflector support section and the fender reinforcement section are formed as an integrated fender assembly, and the reflector support section has a lateral extension region (13B-3) extending outward from the fender reinforcement section in a vehicle width direction at a substantially right angle with respect to a reflecting surface of the reflector , and the reflector support section is formed so as to overlap with the reflecting surface of the reflector when seen in a side view of the vehicle, characterized in that the reflector support section includes a reflector mounting region (13B-4) curved from an end portion of the lateral extension region (13B-3) toward below a vehicle body of the saddle riding vehicle and having an outer side surface to which the reflector is fixed, that the fender assembly further comprises a hose mounting section to which a brake hose is attached, and that the hose mounting section is formed in a back side of the reflector when seen in a side view of the vehicle . a fender reinforcement section that is attached to an inner side surface of a fender which is configured to face a wheel (Wf) of the saddle riding vehicle , the fender being configured to cover an outside of the wheel (Wf); and a reflector support section to which a reflector is attached, wherein the reflector support section and the fender reinforcement section are formed as an integrated fender assembly, and the reflector support section has a lateral extension region (13B-3) extending outward from the fender reinforcement section in a vehicle width direction at a substantially right angle with respect to a reflecting surface of the reflector , and the reflector support section is formed so as to overlap with the reflecting surface of the reflector when seen in a side view of the vehicle, characterized in that the reflector support section includes a reflector mounting region (13B-4) curved from an end portion of the lateral extension region (13B-3) toward below a vehicle body of the saddle riding vehicle and having an outer side surface to which the reflector is fixed, that the fender assembly further comprises a hose mounting section to which a brake hose is attached, and that the hose mounting section is formed in a back side of the reflector when seen in a side view of the vehicle .
Electrical connection arrangement comprising a male connector and a female connector both to be mated in mating directions (M1, M2) along a longitudinal axis (L), wherein the male connector comprises - a pin element projecting in a first mating direction (M1) towards the female connector , - a first protective cover on the pin element covering at least a free axial tip end of the pin element , and - at least one protective element (5, 5', 5", 5"') surrounding, at least partially, the pin element in a radial distance thereto, wherein the female connector comprises - a nut element projecting in a second mating direction (M2) towards the male connector , and - a second protective cover on the nut element covering a free axial tip end of the nut element , characterized in that the nut element has a central threaded bore , that the pin element has an outer thread and is threaded into the threaded bore of the nut element in a mated condition of the electrical connection arrangement establishing an electrical connection between the pin element and the nut element , and that the second protective cover has an opening which is aligned with the central threaded bore so that the pin element can be threaded into the threaded bore . - a pin element projecting in a first mating direction (M1) towards the female connector , - a first protective cover on the pin element covering at least a free axial tip end of the pin element , and - at least one protective element (5, 5', 5", 5"') surrounding, at least partially, the pin element in a radial distance thereto, - a nut element projecting in a second mating direction (M2) towards the male connector , and - a second protective cover on the nut element covering a free axial tip end of the nut element ,
Luminaire body comprising the following: an LED module having an underside and an opposite top , a carrier element with a contact surface on which the underside of the LED module is arranged, and two holding elements which are separated from one another and formed separately from the carrier element and each have a bearing portion which is fastened to the carrier element outside the contact surface, and a holding portion which projects beyond the upper side of the LED module , the holding portions of the holding elements fixing the LED module to the contact surface of the carrier element , characterized in that the upper side of the LED module and the holding portion of at least one of the holding elements are provided with at least one pair of interengaging surface structures which comprise at least one projection and a recess for receiving the projection , or a positioning nose is provided on a side of at least one of the holding portions facing the LED module , which positioning nose is arranged laterally next to the LED module in the installation position. an LED module having an underside and an opposite top , a carrier element with a contact surface on which the underside of the LED module is arranged, and two holding elements which are separated from one another and formed separately from the carrier element and each have a bearing portion which is fastened to the carrier element outside the contact surface, and a holding portion which projects beyond the upper side of the LED module , the holding portions of the holding elements fixing the LED module to the contact surface of the carrier element , characterized in that the upper side of the LED module and the holding portion of at least one of the holding elements are provided with at least one pair of interengaging surface structures which comprise at least one projection and a recess for receiving the projection , or a positioning nose is provided on a side of at least one of the holding portions facing the LED module , which positioning nose is arranged laterally next to the LED module in the installation position.
A method for calibrating an imaging system , the imaging system being based on light triangulation for capturing information on three dimensional characteristics of a target object by means of one or more cameras arranged at first one or more positions for detecting light reflected from said target object, said system comprising said one or more cameras at said first positions, wherein the method comprises an action of calibrating the imaging system using a calibration target object within respective field of view of said cameras so that the cameras are able to detect light reflected from one or more surface structures of the calibration target object , said one or more surface structures having a first surface structure comprising one or more regular right pyramidal recesses (410; 510a-b; 610) and one or more regular right pyramids (420a-c; 520a-c; 620a-c), with their respective bases in the same plane and their respective apexes (412, 422a-c; 512a-b, 522a-c; 612, 622a-c) at the same orthogonal distance from that same plane, where the lateral faces (423; 523; 623) of the respective regular right pyramids (420a-c; 520a-c; 620a-c) correspond to the lateral faces (413; 513; 613) of the regular right pyramidal recesses (410; 510a-b; 610), there being at least three regular right pyramids (420a-c; 520a-c; 620a-c) or at least three regular right pyramidal recesses (410; 510a-b; 610), wherein the base of at least one of said regular right pyramidal recesses (410; 510a-b; 610) shares at least one side with the base of at least one of said regular right pyramids (420a-c; 520a-c; 620a-c), such that each pair of lateral faces (413-1, 423a-3; 513b-2, 523c-2; 613-1, 623a-2) sharing side are located in a common plane.
A printing method comprising: an ink ejection process in which an ultraviolet curing type metallic ink including metal particles in a scale shape and a solvent is ejected on a recording medium which is swelled by the metallic ink, soaked with the metallic ink, or dissolved by the metallic ink; a process in which the solvent of the ultraviolet curing type metallic ink is penetrated into the recording medium, thereby making the thickness of a formed ink layer thin; a leveling process in which the metallic ink on the recording medium is leveled; a temporary curing process in which ultraviolet rays are irradiated to the metallic ink on the recording medium to cure in such a degree that the ink is not completely cured; and a main curing process in which ultraviolet rays are irradiated to the metallic ink on the recording medium for curing after the temporary curing process. an ink ejection process in which an ultraviolet curing type metallic ink including metal particles in a scale shape and a solvent is ejected on a recording medium which is swelled by the metallic ink, soaked with the metallic ink, or dissolved by the metallic ink; a process in which the solvent of the ultraviolet curing type metallic ink is penetrated into the recording medium, thereby making the thickness of a formed ink layer thin; a leveling process in which the metallic ink on the recording medium is leveled; a temporary curing process in which ultraviolet rays are irradiated to the metallic ink on the recording medium to cure in such a degree that the ink is not completely cured; and a main curing process in which ultraviolet rays are irradiated to the metallic ink on the recording medium for curing after the temporary curing process.