mhurhangee/patent-ind-claim-en huggingface dataset:
Ultrasonic motor, comprising: - an actuator in the form of a piezo-electric plate with two main surfaces having the largest areas and at least four side surfaces connecting the main surfaces with one another, wherein at least one friction element is arranged on at least one of the side surfaces ; - an element to be driven which is in active contact with the friction element of the actuator and is driven via the same; - a tensioning device for pressing the at least one friction element against the element to be driven ; - and a thermo-compensation platform having abutting sections against which the associated side surfaces of the actuator abut so that a displacement of the actuator is only possible along the abutting side surfaces , characterized in that the tensioning device comprises two rotation angle levers , wherein each rotation angle lever comprises one tension lever arm and one pressure lever arm , and wherein the two tension lever arms are connected to one another via a tensioned tension spring , and the tensile force of the tension spring exerts a torque on the rotation angle lever in such a way that each of the pressure lever arms acts with a defined force on that side surface of the actuator which is opposite to the side surface on which the at least one friction element is arranged so that the actuator is pressed along the abutting sections and linearly guided by them in the direction of the element to be driven . - an actuator in the form of a piezo-electric plate with two main surfaces having the largest areas and at least four side surfaces connecting the main surfaces with one another, wherein at least one friction element is arranged on at least one of the side surfaces ; - an element to be driven which is in active contact with the friction element of the actuator and is driven via the same; - a tensioning device for pressing the at least one friction element against the element to be driven ; - and a thermo-compensation platform having abutting sections against which the associated side surfaces of the actuator abut so that a displacement of the actuator is only possible along the abutting side surfaces , characterized in that the tensioning device comprises two rotation angle levers , wherein each rotation angle lever comprises one tension lever arm and one pressure lever arm , and wherein the two tension lever arms are connected to one another via a tensioned tension spring , and the tensile force of the tension spring exerts a torque on the rotation angle lever in such a way that each of the pressure lever arms acts with a defined force on that side surface of the actuator which is opposite to the side surface on which the at least one friction element is arranged so that the actuator is pressed along the abutting sections and linearly guided by them in the direction of the element to be driven .
A lighting device, comprising: a light source module comprising a LED module (4221; 992); a light source plate (421; 9918; 993) for mounting the light source module ; a wireless module comprising an antenna (4121; 9914) and a radio frequency circuit (4122; 9915) for wirelessly communicating with an external device, wherein the radio frequency circuit (4122; 9915) is electrically connected to the light source module ; a non-metallic plate (411; 994; 9920) for mounting the wireless module , wherein the antenna (4121; 9914) is disposed on an external surface of the non-metallic plate (411; 994; 9920); external electrodes (3; 6) for passing an external power source to the light source module ; a bulb shell and a bulb head , the external electrodes (3; 6) being disposed on the bulb head , an interior surface of the bulb shell facing to the LED module (4221; 992) and the antenna (4121; 9914) for passing a light emitted by the LED module (4221; 992) and a wireless signal to the antenna (4121; 9914); and a heat sink disposed between the bulb head and the bulb shell , wherein the heat sink has an insulation layer and a conductive layer , an edge of the light source plate (421; 9918; 993) engages the conductive part of the heat sink for passing heat generated by the LED module (4221; 992) to the heat sink ; characterized in that , wherein the antenna (4121; 9914) is electrically connected to the light source module and is further electrically connected to the conductive layer of the heat sink . a light source module comprising a LED module (4221; 992); a light source plate (421; 9918; 993) for mounting the light source module ; a wireless module comprising an antenna (4121; 9914) and a radio frequency circuit (4122; 9915) for wirelessly communicating with an external device, wherein the radio frequency circuit (4122; 9915) is electrically connected to the light source module ; a non-metallic plate (411; 994; 9920) for mounting the wireless module , wherein the antenna (4121; 9914) is disposed on an external surface of the non-metallic plate (411; 994; 9920); external electrodes (3; 6) for passing an external power source to the light source module ; a bulb shell and a bulb head , the external electrodes (3; 6) being disposed on the bulb head , an interior surface of the bulb shell facing to the LED module (4221; 992) and the antenna (4121; 9914) for passing a light emitted by the LED module (4221; 992) and a wireless signal to the antenna (4121; 9914); and a heat sink disposed between the bulb head and the bulb shell , wherein the heat sink has an insulation layer and a conductive layer , an edge of the light source plate (421; 9918; 993) engages the conductive part of the heat sink for passing heat generated by the LED module (4221; 992) to the heat sink ; characterized in that , wherein the antenna (4121; 9914) is electrically connected to the light source module and is further electrically connected to the conductive layer of the heat sink .
A fiber-containing structure comprising: a woven base material comprising base fibers, the base fibers being interwoven with each other and being welded to each other in at least one interlacing place, wherein a material of the base fibers comprises thermoplastic polyurethane (TPU); a welded elastomer layer comprising a welded elastomer, wherein the base fibers and at least one part of the welded elastomer are welded to each other, wherein a material of the welded elastomer layer comprises TPU; and an adhesive locating between the woven base material and the welded elastomer layer, wherein a material of the adhesive comprises TPU. a woven base material comprising base fibers, the base fibers being interwoven with each other and being welded to each other in at least one interlacing place, wherein a material of the base fibers comprises thermoplastic polyurethane (TPU); a welded elastomer layer comprising a welded elastomer, wherein the base fibers and at least one part of the welded elastomer are welded to each other, wherein a material of the welded elastomer layer comprises TPU; and an adhesive locating between the woven base material and the welded elastomer layer, wherein a material of the adhesive comprises TPU.
Core bit (10; 40; 60) for producing a borehole with a borehole diameter (d 2 ) and a drill core with a core diameter (d 1 ) in a workpiece , having: ▪ a drilling shaft section (11; 41; 61) with a tubular drilling shaft (18; 44; 64), ▪ a receiving section (12; 42; 62) with a cover (19; 47; 67) and a shank (20; 48; 68), and ▪ a connecting device (13; 43; 63) which connects the drilling shaft section (11; 41; 61) and the receiving section (12; 42; 62) to each other releasably or non-releasably, characterized in that the tubular drilling shaft (18; 44; 64) is in the form of a welded spiral tube. ▪ a drilling shaft section (11; 41; 61) with a tubular drilling shaft (18; 44; 64), ▪ a receiving section (12; 42; 62) with a cover (19; 47; 67) and a shank (20; 48; 68), and ▪ a connecting device (13; 43; 63) which connects the drilling shaft section (11; 41; 61) and the receiving section (12; 42; 62) to each other releasably or non-releasably, characterized in that the tubular drilling shaft (18; 44; 64) is in the form of a welded spiral tube.
A microneedle sheet comprising a plurality of microneedles formed on a sheet generally along a principal surface of the sheet, wherein the plurality of microneedles are arranged in alignment with each of a longitudinal direction and a width direction of the sheet, and tip ends of the plurality of microneedles are oriented toward one end of the sheet, outer shapes of the plurality of microneedles are approximately an isosceles triangle, heights of the plurality of microneedles are 10 μm to 1000 μm, the microneedles are configured to rise from the principal surface when the sheet is bent, and the raised microneedles pierce skin (S), and at least some of the microneedles each have a hole configured to intersect a surface of the skin (S) in a needle inserted state so as to expose a tear (F) formed in the skin (S) in the needle inserted state.
A system comprising: an Octal Small Formfactor Pluggable (OSFP) module , the module comprising: a front side and a back side opposite the front side; a substantially continuous top surface extending from a portion of the front side to a portion of the back side; rand a data connector formed on the front side; characterised in that the system further comprises: an air duct with a first end and a second end, the first end of the air duct forming a closed connection with the back side of the module ; a blower , with a first end and an exhaust, the first end of the blower forming a closed connection with the second end of the air duct ; and an airpath formed from the front side of the module to the exhaust end of the blower through at least the air duct . a front side and a back side opposite the front side; a substantially continuous top surface extending from a portion of the front side to a portion of the back side; rand a data connector formed on the front side; an air duct with a first end and a second end, the first end of the air duct forming a closed connection with the back side of the module ; a blower , with a first end and an exhaust, the first end of the blower forming a closed connection with the second end of the air duct ; and an airpath formed from the front side of the module to the exhaust end of the blower through at least the air duct .
A piece of luggage comprising: a front shell ; a rear shell ; at least one hinge that joins the front shell to the rear shell; a front edge frame; and a rear edge frame; each of the front edge frame and the rear edge frame including a plurality of frame members and a plurality of corner members configured to be interchangeably assembled to achieve a respective frame; the plurality of frame members of the front edge frame including at least four front bar portions having a tab portion and a front edge coupling portion that extends along the length of said front bar portion; and the plurality of frame members of the rear edge frame including at least four rear bar portions having a tab portion and a rear edge coupling portion that extends along the length of the rear bar portion; wherein said front edge coupling portion and said rear edge coupling portion are capable of matingly coupling; the front edge frame comprising said at least four front bar portions , at least eight front end joint pieces , at least four front corner members and at least four front internal corner members ; and the rear edge frame comprising said at least four rear bar portions , at least eight rear end joint pieces , at least four rear corner members and at least four rear internal corner members ; wherein each of the front shell and the rear shell comprise an internal compartment for receiving contents; and said front edge frame is attached to said front shell and said rear edge frame is attached to said rear shell. a front shell ; a rear shell ; at least one hinge that joins the front shell to the rear shell; a front edge frame; and a rear edge frame; each of the front edge frame and the rear edge frame including a plurality of frame members and a plurality of corner members configured to be interchangeably assembled to achieve a respective frame; the plurality of frame members of the front edge frame including at least four front bar portions having a tab portion and a front edge coupling portion that extends along the length of said front bar portion; and the plurality of frame members of the rear edge frame including at least four rear bar portions having a tab portion and a rear edge coupling portion that extends along the length of the rear bar portion; wherein said front edge coupling portion and said rear edge coupling portion are capable of matingly coupling; the front edge frame comprising said at least four front bar portions , at least eight front end joint pieces , at least four front corner members and at least four front internal corner members ; and the rear edge frame comprising said at least four rear bar portions , at least eight rear end joint pieces , at least four rear corner members and at least four rear internal corner members ; wherein each of the front shell and the rear shell comprise an internal compartment for receiving contents; and said front edge frame is attached to said front shell and said rear edge frame is attached to said rear shell.
An immune modulator for use in a method of treating a tumor in a subject with cancer comprising administering an effective amount of ionizing radiation and the immune modulator to the tumor, wherein the immune modulator is a small molecule drug, or an antibody or a fragment thereof, that specifically binds to an inhibitory checkpoint molecule and inhibits the activity of the inhibitory checkpoint molecule and the inhibitory checkpoint molecule is TIM4.
An apparatus for determining a non-condensable gas parameter relating to the amount of non-condensable gas within a variable flow rate fluid flow containing both non-condensable gas and condensate, the apparatus comprising: a measurement tube for receiving the fluid flow and arranged such that the fluid flow through the measurement tube comprises alternating sections of non-condensable gas and condensate; a flow sensor for generating a flow rate signal relating to the flow rate of the fluid flow in the measurement tube ; a fluid phase sensor for monitoring over time the alternating sections of non-condensable gas and condensate flowing through the measurement tube and arranged to generate a fluid phase signal characteristic of the said sections monitored; and characterized by a non-condensable gas determining unit configured to determine a non-condensable gas parameter relating to the amount of non-condensable gas in the fluid flow by correlating the flow rate signal with the fluid phase signal. a measurement tube for receiving the fluid flow and arranged such that the fluid flow through the measurement tube comprises alternating sections of non-condensable gas and condensate; a flow sensor for generating a flow rate signal relating to the flow rate of the fluid flow in the measurement tube ; a fluid phase sensor for monitoring over time the alternating sections of non-condensable gas and condensate flowing through the measurement tube and arranged to generate a fluid phase signal characteristic of the said sections monitored; and characterized by a non-condensable gas determining unit configured to determine a non-condensable gas parameter relating to the amount of non-condensable gas in the fluid flow by correlating the flow rate signal with the fluid phase signal.
An agricultural header comprising: a frame ; a first support arm ; a second support arm spaced in a lateral direction (L) from the first support arm; a reel extending from a first reel end rotatably mounted to the first support arm to a second reel end rotatably mounted to the second support arm; a first actuator operatively connected between the frame and the first reel end and configured to move the first reel end relative to the frame; a second actuator operatively connected between the frame and the second reel end and configured to move the second reel end relative to the frame; characterised by a control system configured to alternately operate the first actuator and the second actuator in repeating alternating incremental steps to thereby move the reel from a first reel position relative to the frame to a second reel position relative to the frame. a frame ; a first support arm ; a second support arm spaced in a lateral direction (L) from the first support arm; a reel extending from a first reel end rotatably mounted to the first support arm to a second reel end rotatably mounted to the second support arm; a first actuator operatively connected between the frame and the first reel end and configured to move the first reel end relative to the frame; a second actuator operatively connected between the frame and the second reel end and configured to move the second reel end relative to the frame; characterised by a control system configured to alternately operate the first actuator and the second actuator in repeating alternating incremental steps to thereby move the reel from a first reel position relative to the frame to a second reel position relative to the frame.
A composite sintered material comprising: cubic boron nitride grains; and hexagonal boron nitride grains or the hexagonal boron nitride grains and wurtzite type boron nitride grains, wherein a dislocation density of the cubic boron nitride grains is more than or equal to 1×10 15 /m 2 and less than or equal to 1×10 17 /m 2 , the dislocation density being measured as described in the description, a median diameter d50 of equivalent circle diameters of the cubic boron nitride grains is more than or equal to 10 nm and less than or equal to 500 nm, the median diameter d50 being measured as described in the description, and a relationship of the following expression 2a is satisfied: 0.05 ≤ Vh + Vw / Vc + Vh + Vw ≤ 0.4 , where Vc represents a volume-based content ratio of the cubic boron nitride grains, Vh represents a volume-based content ratio of the hexagonal boron nitride grains, and Vw represents a volume-based content ratio of the wurtzite type boron nitride grains. cubic boron nitride grains; and hexagonal boron nitride grains or the hexagonal boron nitride grains and wurtzite type boron nitride grains, wherein a dislocation density of the cubic boron nitride grains is more than or equal to 1×10 15 /m 2 and less than or equal to 1×10 17 /m 2 , the dislocation density being measured as described in the description, a median diameter d50 of equivalent circle diameters of the cubic boron nitride grains is more than or equal to 10 nm and less than or equal to 500 nm, the median diameter d50 being measured as described in the description, and a relationship of the following expression 2a is satisfied: 0.05 ≤ Vh + Vw / Vc + Vh + Vw ≤ 0.4 , where Vc represents a volume-based content ratio of the cubic boron nitride grains, Vh represents a volume-based content ratio of the hexagonal boron nitride grains, and Vw represents a volume-based content ratio of the wurtzite type boron nitride grains.
A method for reskinning a user interface of a consumer electronics device, the method comprising: intercepting data between an application and input and output drivers of the consumer electronics device, wherein the input and output drivers control at least one of video, audio and tactile interfaces; determining if the device is in a low power condition, dependent upon a power level of the consumer electronics device, and if the device is in a low power condition, then: determining if a transparency flag is present, indicating that the data should remain unmodified, and if the transparency flag is present, then forwarding the data to its original destination, else modifying the data according to a limited theme providing a high contrast colour scheme and reduced screen lighting, wherein the limited theme includes a plurality of limited scripts, and outputting the modified data to the original destination; and else, if the device is not in a low power condition, modifying the data according to a preferred theme, wherein the preferred theme includes a plurality of preferred scripts, and outputting the modified data to the original destination. intercepting data between an application and input and output drivers of the consumer electronics device, wherein the input and output drivers control at least one of video, audio and tactile interfaces; determining if the device is in a low power condition, dependent upon a power level of the consumer electronics device, and if the device is in a low power condition, then: determining if a transparency flag is present, indicating that the data should remain unmodified, and if the transparency flag is present, then forwarding the data to its original destination, else modifying the data according to a limited theme providing a high contrast colour scheme and reduced screen lighting, wherein the limited theme includes a plurality of limited scripts, and outputting the modified data to the original destination; and else, if the device is not in a low power condition, modifying the data according to a preferred theme, wherein the preferred theme includes a plurality of preferred scripts, and outputting the modified data to the original destination. determining if a transparency flag is present, indicating that the data should remain unmodified, and if the transparency flag is present, then forwarding the data to its original destination, else modifying the data according to a limited theme providing a high contrast colour scheme and reduced screen lighting, wherein the limited theme includes a plurality of limited scripts, and outputting the modified data to the original destination; and else, if the device is not in a low power condition, modifying the data according to a preferred theme, wherein the preferred theme includes a plurality of preferred scripts, and outputting the modified data to the original destination.
A wireless device comprising: a wireless interface to communicate wirelessly with wireless local area networks, WLANs, and at least one processor configured to: monitor discovery activities for identifying services or devices of the wireless local area networks, WLANs, the discovery activities comprising a discovery message transmitted by the wireless device to a wireless local area network, WLAN (104-1; 104-2) of the wireless local area networks; and determine whether the discovery activities cause violation of at least one rule, and responsive to determining that the discovery activities cause violation of the at least one rule, provide, to a target entity, a notification containing information relating to the monitored discovery activities; the information contained in the notification comprising information in the discovery message transmitted by the wireless device as part of the discovery activities. monitor discovery activities for identifying services or devices of the wireless local area networks, WLANs, the discovery activities comprising a discovery message transmitted by the wireless device to a wireless local area network, WLAN (104-1; 104-2) of the wireless local area networks; and determine whether the discovery activities cause violation of at least one rule, and responsive to determining that the discovery activities cause violation of the at least one rule, provide, to a target entity, a notification containing information relating to the monitored discovery activities; the information contained in the notification comprising information in the discovery message transmitted by the wireless device as part of the discovery activities.
Filling device for filling a filling product into a container, preferably for filling of sauces into bottles, comprising a valve for affecting a filling product flow, and an operating cylinder switchable via an actuating fluid for specifying the switching positions of the valve , wherein a pressure regulating device is provided via which the actuating fluid can be discharged from the operating cylinder in a regulated manner, characterised in that the pressure regulating device has a buffer store for buffering of actuating fluid.