mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a wireless detonator system which includes a controller , a blast control unit , at least one transmitter/receiver assembly which is associated with the blast control unit , a mobile tagger and a plurality of detonators , each detonator comprising a first section which includes an antenna , an associated transmitter and an associated receiver which are connectable to the antenna , a power supply , a processor , and a switching device , and a second section which comprises an initiation device , wherein the method includes the steps of: transmitting information at an ultralow frequency from the transmitter in the assembly to each receiver associated with a respective detonator , using the tagger to communicate in a bi-directional manner using a near field communication technique with the blast control unit , with the transmitter/receiver assembly and, at least prior to deployment of each detonator , with the respective transmitter and receiver associated with the detonator, in response to an incident signal from said transmitter/receiver assembly , detected by the antenna , drawing energy from the incident signal characterized in that , subject to the operation of the processor , using said drawn energy to operate the switching device so that energy from the power supply powers the associated transmitter and the associated receiver .
An integrated circuit, IC, package comprising: a packaging substrate ; an IC die including a metal layer and a silicon layer , the metal layer being connected to the packaging substrate ; and an integrated voltage regulator die positioned adjacent to the silicon layer and connected to the packaging substrate via one or more through mold vias, TMVs, or through dielectric vias, TDVs, wherein the integrated voltage regulator die is configured to regulate power provided to the IC die. a packaging substrate ; an IC die including a metal layer and a silicon layer , the metal layer being connected to the packaging substrate ; and an integrated voltage regulator die positioned adjacent to the silicon layer and connected to the packaging substrate via one or more through mold vias, TMVs, or through dielectric vias, TDVs, wherein the integrated voltage regulator die is configured to regulate power provided to the IC die.
A device suitable for use during surgery to direct the insertion of a guide or an implant across a bone hinge , wherein the bone hinge is adjacent to a cut made in a bone during the surgery, the device comprising: (i) a main body comprising or consisting of a first arm , wherein the first arm comprises a first opening for receiving the guide or the implant ; and (iii) an insertion part having a first end and a second end, the first end comprising an elongated portion which is suitable for insertion into the cut , and the second end comprising an attachment part for reversibly attaching the insertion part to the main body ; wherein when the elongated portion is inserted into the cut and the insertion part is attached to the main body , the first opening is configured to direct the insertion of the guide or the implant into the bone from a first point on the outer surface across the bone hinge . (i) a main body comprising or consisting of a first arm , wherein the first arm comprises a first opening for receiving the guide or the implant ; and (iii) an insertion part having a first end and a second end, the first end comprising an elongated portion which is suitable for insertion into the cut , and the second end comprising an attachment part for reversibly attaching the insertion part to the main body ;
A brake for an aircraft wheel comprising firstly calipers with an outer jaw receiving a stationary brake pad and an inner jaw that is movable under drive from a braking actuator and that receives a movable brake pad , and secondly a disk that extends between the brake pads and that includes means for constraining it to move in rotation with the wheel, at least one of the brake pads including a protrusion projecting from a rear face of the pad to be received in a matching receptacle of the associated jaw and serving both to position the pad on the jaw and to transmit braking forces from the stationary pad to the associated jaw, characterized in that the protrusion is made by means of a central peg received in an open housing in the rear face of the brake pad so as to project therefrom and extend half and half in the jaw and in the brake pad.
Refrigeration appliance with a refrigerating compartment , in which a drawer is mounted displaceably between an inserted position (I) and a pulled-out position (II), wherein the drawer can be arranged so as to be able to be pulled out and/or inserted in a first position (A) and in a second position (B) in the refrigerating compartment , wherein the first position (A) and the second position (B) in the refrigeration appliance width direction (Y) of the refrigeration appliance are different and wherein a spacer can be arranged at a first point or at a second point in the refrigerating compartment , wherein with a spacer at the first point the drawer can be pulled out and/or inserted in the first position (A) and with a spacer at the second point the drawer can be pulled out and/or inserted in the second position (B), characterised in that the spacer has a guiding surface for a roller of the drawer .
Pendulum damping device , comprising: - a support capable of rotational movement about an axis (X), - at least one pendulum body able to move with respect to the support , and - at least one rolling member collaborating on the one hand with at least one first runway track secured to the support and with at least one second runway track secured to the pendulum body , the rolling member bearing at least one elastically deformable portion rubbing against the support during all or part of the movement of this rolling member with respect to the support , notably during all of the movement of this rolling member with respect to the support , characterized in that the support comprises at least one chamfered face against which the elastically deformable portion rubs during all or part of the movement of this rolling member with respect to the support . - a support capable of rotational movement about an axis (X), - at least one pendulum body able to move with respect to the support , and - at least one rolling member collaborating on the one hand with at least one first runway track secured to the support and with at least one second runway track secured to the pendulum body , the rolling member bearing at least one elastically deformable portion rubbing against the support during all or part of the movement of this rolling member with respect to the support , notably during all of the movement of this rolling member with respect to the support ,
A device for human taste testing comprising: (a) a user interface comprising a touch screen, wherein the touch screen comprises a visible or invisible multidimensional response grid comprising a first dimension indicating a first taste-testing characteristic and a second dimension indicating a second taste-testing characteristic, wherein the response grid is configured to indicate, upon a single touch thereof, a level of the first and the second taste-testing characteristics present in a taste testing sample; (b) a source of taste testing samples; (c) a processor component; (d) a memory component; and (e) an automated pipette component configured to withdraw the taste testing sample from the source of taste testing samples and to deliver the taste testing sample to a human subject; wherein the processor component is configured to record and to associate the single touch of the response grid with the taste testing sample. (a) a user interface comprising a touch screen, wherein the touch screen comprises a visible or invisible multidimensional response grid comprising a first dimension indicating a first taste-testing characteristic and a second dimension indicating a second taste-testing characteristic, wherein the response grid is configured to indicate, upon a single touch thereof, a level of the first and the second taste-testing characteristics present in a taste testing sample; (b) a source of taste testing samples; (c) a processor component; (d) a memory component; and (e) an automated pipette component configured to withdraw the taste testing sample from the source of taste testing samples and to deliver the taste testing sample to a human subject; wherein the processor component is configured to record and to associate the single touch of the response grid with the taste testing sample. from the source of taste testing samples and to deliver the taste testing sample to a human subject; wherein the processor component is configured to record and to associate the single touch of the response grid with the taste testing sample.
A display device having an outer frame and a display module disposed in the outer frame, wherein sides of the outer frame are provided with heat radiating outlets ; the display module comprises a mounting frame , heat radiating structures corresponding to the heat radiating outlets are formed on the mounting frame such that the display module is cooled by virtue of heat exchange between outside air and the heat radiating structures , and the heat radiating structures communicate with the outside by virtue of the heat radiating outlets , and wherein at least parts of the heat radiating structures extend from the heat radiating outlets to an outer side of the outer frame characterized in that the heat radiating structures are hollow heat radiating pipelines , and two ends of the heat radiating pipelines are provided with openings communicating with inside the display device and outside air of the display device. wherein sides of the outer frame are provided with heat radiating outlets ; the display module comprises a mounting frame , heat radiating structures corresponding to the heat radiating outlets are formed on the mounting frame such that the display module is cooled by virtue of heat exchange between outside air and the heat radiating structures , and the heat radiating structures communicate with the outside by virtue of the heat radiating outlets , and wherein at least parts of the heat radiating structures extend from the heat radiating outlets to an outer side of the outer frame characterized in that the heat radiating structures are hollow heat radiating pipelines , and two ends of the heat radiating pipelines are provided with openings communicating with inside the display device and outside air of the display device.
A reducer comprising: a driving gear coupled to an input shaft to which a driving force is inputted; and a plurality of driven gears which are each provided or mounted integrally on each of a plurality of crank shafts from which the driving force is outputted, which each have a teeth portion that engages the driving gear , and which are arranged along the circumferential direction of the input shaft , wherein the driven gears each have an inner portion located on the crank shaft side, and an outer portion having, at the periphery, the teeth portion , characterized in that two driven gears of the plurality of driven gears , lying adjacent to each other in the circumferential direction of the input shaft , are provided such that the inner portions at least partly overlap with each other in a direction in which the crank shaft extends, that the outer portions overlap with each other when viewed in the direction in which the crank shaft extends, and that they do not overlap with each other when viewed in a direction perpendicular to the direction in which the crank shaft extends. a driving gear coupled to an input shaft to which a driving force is inputted; and a plurality of driven gears which are each provided or mounted integrally on each of a plurality of crank shafts from which the driving force is outputted, which each have a teeth portion that engages the driving gear , and which are arranged along the circumferential direction of the input shaft , wherein the driven gears each have an inner portion located on the crank shaft side, and an outer portion having, at the periphery, the teeth portion , characterized in that two driven gears of the plurality of driven gears , lying adjacent to each other in the circumferential direction of the input shaft , are provided such that the inner portions at least partly overlap with each other in a direction in which the crank shaft extends, that the outer portions overlap with each other when viewed in the direction in which the crank shaft extends, and that they do not overlap with each other when viewed in a direction perpendicular to the direction in which the crank shaft extends.
A valve manifold bank formed by a plurality of housings , each housing comprising: a first lateral side having a set of ribs that are angled from each other along a vertical axis, wherein the term vertical relates to the directional orientation between a top wall and a bottom wall of each of said housings ; and a second lateral side having a set of grooves that are angled from each other along said vertical axis and interlockable with said set of ribs on an adjacent housing ; each of said ribs having distal edges facing away from each other and extending at an included angle to form a wedge; and each of said grooves having distal edges facing toward each other and forming a wedge shaped cavity therebetween; wherein said wedge is slidably engageable with a wedge shaped cavity of said adjacent housing until said ribs lock within said grooves to frictionally lock said housings together to form said valve manifold bank . a first lateral side having a set of ribs that are angled from each other along a vertical axis, wherein the term vertical relates to the directional orientation between a top wall and a bottom wall of each of said housings ; and a second lateral side having a set of grooves that are angled from each other along said vertical axis and interlockable with said set of ribs on an adjacent housing ; each of said ribs having distal edges facing away from each other and extending at an included angle to form a wedge; and each of said grooves having distal edges facing toward each other and forming a wedge shaped cavity therebetween; wherein said wedge is slidably engageable with a wedge shaped cavity of said adjacent housing until said ribs lock within said grooves to frictionally lock said housings together to form said valve manifold bank .
A connection device for connecting a first component to a second component of an orthopedic device, wherein the connection device comprises - a first swivel element for arranging on the first component and - a second swivel element for arranging on the second component , wherein - a first adjustment element is arranged on the first swivel element , said adjustment element having a first contact surface , - the second swivel element has a second contact surface , wherein the first swivel element is arranged on the second swivel element such that it can be swivelled about a swivel axis and the first adjustment element is arranged and designed in such a way that the first contact surface lies flat on the second contact surface characterized by the fact that the first adjustment element is arranged such that it can be rotated about a rotational axis, wherein a radial distance of the first contact surface from the rotational axis varies. - a first swivel element for arranging on the first component and - a second swivel element for arranging on the second component , - a first adjustment element is arranged on the first swivel element , said adjustment element having a first contact surface , - the second swivel element has a second contact surface ,
A gateway configured to provide location-based information for a dual mode mobile node capable of operating on a WiFi network and a cellular network, the gateway comprising: a call session control function, CSCF, residing in the gateway and configured to communicate with a cache; the cache residing in a computer readable medium and storing addressing and location information for a mobile node; wherein the CSCF is configured to: create an entry in the cache when the mobile node registers (428, 628-630) in the cellular network ; use registration information to obtain location information and store the location information in the cache for the mobile node correlated with the addressing information; receive, from a network component, a request for location information for the mobile node, the mobile node operating in the WiFi network and being interworked by an interworking function; and correlate addressing information in the request with the location information stored in the cache for the mobile node and send the location information to the network component to provide location based services for the mobile node. a call session control function, CSCF, residing in the gateway and configured to communicate with a cache; the cache residing in a computer readable medium and storing addressing and location information for a mobile node; wherein the CSCF is configured to: create an entry in the cache when the mobile node registers (428, 628-630) in the cellular network ; use registration information to obtain location information and store the location information in the cache for the mobile node correlated with the addressing information; receive, from a network component, a request for location information for the mobile node, the mobile node operating in the WiFi network and being interworked by an interworking function; and correlate addressing information in the request with the location information stored in the cache for the mobile node and send the location information to the network component to provide location based services for the mobile node. create an entry in the cache when the mobile node registers (428, 628-630) in the cellular network ; use registration information to obtain location information and store the location information in the cache for the mobile node correlated with the addressing information; receive, from a network component, a request for location information for the mobile node, the mobile node operating in the WiFi network and being interworked by an interworking function; and correlate addressing information in the request with the location information stored in the cache for the mobile node and send the location information to the network component to provide location based services for the mobile node.
A processor circuit comprising: a plurality of data storage modules , the plurality of data storage modules each comprising: one or more first multibit flip flop circuits having a first power consumption per bit; and one or more second flip flop circuits having a second power consumption per bit; wherein the first multibit flip flop circuits have more bits than the second flip flop circuits , wherein the first power consumption per bit is less than the second power consumption per bit, and wherein the first multibit flip flop circuits are used to store bits that change with a higher frequency than bits stored in the second flip flop circuits . a plurality of data storage modules , the plurality of data storage modules each comprising: one or more first multibit flip flop circuits having a first power consumption per bit; and one or more second flip flop circuits having a second power consumption per bit; one or more first multibit flip flop circuits having a first power consumption per bit; and one or more second flip flop circuits having a second power consumption per bit; wherein the first multibit flip flop circuits have more bits than the second flip flop circuits , wherein the first power consumption per bit is less than the second power consumption per bit, and wherein the first multibit flip flop circuits are used to store bits that change with a higher frequency than bits stored in the second flip flop circuits .
A satellite comprising: a structural frame ; and thrusters within the structural frame; wherein the thrusters include thrusters in corners of the structural frame, the thrusters located in cavities within the frame that are formed during manufacture of the frame; and wherein the frame is a cubic frame. a structural frame ; and thrusters within the structural frame; wherein the thrusters include thrusters in corners of the structural frame, the thrusters located in cavities within the frame that are formed during manufacture of the frame; and wherein the frame is a cubic frame.
Contact assembly for a combined power and data connector , comprising a connector face , facing in a connecting direction , the connector face comprising a first section and a second section , wherein the first section is a data section and comprises a plurality of data contacts , which are separated from the second section by at least one separating wall assembly , the data contacts being arranged on a carrier unit , that is mounted on a data section side of the separating wall assembly , the data section side of the separating wall assembly being opposite the second section of the connector face , wherein the carrier unit further carries electric power, wherein the at least one separating wall assembly comprises a fixation sub-assembly that fixates the carrier unit onto the separating wall assembly , wherein the connector face is mounted in a mounting member , wherein the connector face protrudes through a face opening in a mounting side of the mounting member , the face opening being laterally greater than the connector face and comprising a floating space which laterally surrounds the connector face , the mounting member allowing a relative movement between the separating wall assembly together with the fixated carrier unit and the mounting member at least perpendicular to the connecting direction , wherein said fixation sub-assembly positively locks the carrier unit onto the separating wall assembly , wherein the fixation sub-assembly comprises at least one groove which opens into the connector face and which extends parallel to the connecting direction , the carrier unit comprising at least one locking sub-assembly which is configured to be inserted into the at least one groove against the connecting direction , wherein the locking sub-assembly of the carrier unit is provided with at least one locking protrusion , which protrudes from a bottom surface of the carrier unit , the bottom surface facing the second section , the locking protrusion being configured to be engaged to a locking feature on the separating wall assembly , and wherein the locking protrusion extends perpendicular to the connecting direction into the at least one groove .