mhurhangee/ep-ind-claims huggingface dataset:
Drop protection for use in a hammerless self-loading pistol, comprising a movable safety element which can assume a safety position, in which before firing of a shot the safety element intervenes into the path of travel of a firing pin, and a release position, in which the safety element is located outside the path of movement of the firing pin, wherein in the safety position the safety element catches the firing pin only after the movable safety element moves over a defined distance, characterised in that the safety element - is arranged and constructed so as to be rotatable or pivotable horizontally between the safety position and the release position, and - and comprises a mounting element, which is rotatably mounted with a first end in a recess in the lock slide, and at a second end of the mounting element a two-armed locking lever is provided, which in the safety position extends with a securing end on a first lever arm into the path of travel of the firing pin for catching the firing pin. - is arranged and constructed so as to be rotatable or pivotable horizontally between the safety position and the release position, and - and comprises a mounting element, which is rotatably mounted with a first end in a recess in the lock slide, and at a second end of the mounting element a two-armed locking lever is provided, which in the safety position extends with a securing end on a first lever arm into the path of travel of the firing pin for catching the firing pin.
A low-heat-transfer assembly comprising: a first part configured for use in a heat-producing environment; and a second part that mates with the first part; wherein the first part has a roughened surface where the first part is in contact with the second part; and wherein the roughened surface reduces contact area between the first part and the second part, relative to contact that would be produced by a smooth surface in place of the rough surface, with the roughened surface area having a contact area reduction of 40% to 80% relative to the smooth surface, characterised in that said second part mates with said first part in an interference fit. a first part configured for use in a heat-producing environment; and a second part that mates with the first part; wherein the first part has a roughened surface where the first part is in contact with the second part; and wherein the roughened surface reduces contact area between the first part and the second part, relative to contact that would be produced by a smooth surface in place of the rough surface, with the roughened surface area having a contact area reduction of 40% to 80% relative to the smooth surface,
An apparatus for wireless communications, comprising: means for processing a PDU having a payload and a header, wherein the payload comprises a plurality of at least partially ciphered SDUs (1006a-c), each of the SDUs (1006a-c) being either a partial or complete SDU, and wherein the header comprises a separate count for each of the SDUs (1006a-c), each of the counts being configured to support deciphering of the corresponding SDU, and an indication that the SDUs are ciphered and that the count for each of the SDUs is included in the header; wherein each of the counts comprises a hyper-frame number and a sequence number for the corresponding SDU; and wherein the header comprises a separate offset for at least each of the partial SDUs, each of the offsets being configured to support deciphering of the corresponding SDU; and means for using the counts and the offsets in the header to decipher the SDUs. means for processing a PDU having a payload and a header, wherein the payload comprises a plurality of at least partially ciphered SDUs (1006a-c), each of the SDUs (1006a-c) being either a partial or complete SDU, and wherein the header comprises a separate count for each of the SDUs (1006a-c), each of the counts being configured to support deciphering of the corresponding SDU, and an indication that the SDUs are ciphered and that the count for each of the SDUs is included in the header; wherein each of the counts comprises a hyper-frame number and a sequence number for the corresponding SDU; and wherein the header comprises a separate offset for at least each of the partial SDUs, each of the offsets being configured to support deciphering of the corresponding SDU; and means for using the counts and the offsets in the header to decipher the SDUs.
A pericardial access device comprising: an outer tube; an inner tube axially slidably received in an axial passage of the outer tube; a pericardial interface structure disposed on a distal end of the inner tube and having a plurality of tissue-engaging tines configured to deploy from a constrained configuration to a deployed configuration as the distal end of the inner tube is advanced to extend distally relative to the distal end of the outer tube, wherein the plurality of tissue-engaging tines have atraumatic tips which in the deployed configuration are configured to atraumatically engage tissue without tissue penetration; and an access needle having a tissue-penetrating tip on a distal end thereof, said needle being slidably received in an axial passage of the inner tube. an outer tube; an inner tube axially slidably received in an axial passage of the outer tube; a pericardial interface structure disposed on a distal end of the inner tube and having a plurality of tissue-engaging tines configured to deploy from a constrained configuration to a deployed configuration as the distal end of the inner tube is advanced to extend distally relative to the distal end of the outer tube, wherein the plurality of tissue-engaging tines have atraumatic tips which in the deployed configuration are configured to atraumatically engage tissue without tissue penetration; and an access needle having a tissue-penetrating tip on a distal end thereof, said needle being slidably received in an axial passage of the inner tube.
A method for generating lithium ion battery materials comprising: combining starting materials to form a homogeneous precursor solution including lithium; generating droplets with controlled size of the homogeneous precursor solution using a droplet maker; introducing the droplets of the homogeneous precursor solution into a microwave generated plasma; producing micron or sub-micron scale lithium-containing particles from the microwave generated plasma; collecting the lithium-containing particles; and forming a slurry with the lithium-containing particles to form lithium ion battery materials. combining starting materials to form a homogeneous precursor solution including lithium; generating droplets with controlled size of the homogeneous precursor solution using a droplet maker; introducing the droplets of the homogeneous precursor solution into a microwave generated plasma; producing micron or sub-micron scale lithium-containing particles from the microwave generated plasma; collecting the lithium-containing particles; and forming a slurry with the lithium-containing particles to form lithium ion battery materials.
A device for crimping an implant having a hub and a plurality of legs extending from the hub, the device comprising a housing configured to receive the implant, the housing having a proximal opening, a tapered first segment, a second segment, a distal third segment, and a plurality of channels radially extending from the third segment and at least partially along the first segment, characterized in that the housing further comprises a plurality of ribs radially extending from the third segment and at least partially along the first segment.
A device for exchanging signals between a control system and at least two field devices, comprising: a base; and a module or multiple modules, wherein the base comprises a control interface and at least two slots, characterized in that the control interface is configured to connect (108.1) to at least two electrical line channels of the control system, and each of the at least two slots is configured to mechanically connect (106.1) detachably to the module or one of the multiple modules and to pass (106.2) at least one of the line channels to the respective module; and in that the module or each of the multiple modules comprises a base-side slot interface and a field-side input and/or output interface, I/O interface, different from the slot interface, wherein the slot interface is configured to mechanically and electrically connect detachably to one of the slots of the base, and the I/O interface is configured to connect (116.1) to signal lines of one of the field devices. a base; and a module or multiple modules, wherein the base comprises a control interface and at least two slots, characterized in that the control interface is configured to connect (108.1) to at least two electrical line channels of the control system, and each of the at least two slots is configured to mechanically connect (106.1) detachably to the module or one of the multiple modules and to pass (106.2) at least one of the line channels to the respective module; and in that the module or each of the multiple modules comprises a base-side slot interface and a field-side input and/or output interface, I/O interface, different from the slot interface, wherein the slot interface is configured to mechanically and electrically connect detachably to one of the slots of the base, and the I/O interface is configured to connect (116.1) to signal lines of one of the field devices.
A slide rail assembly comprising: a first rail; a second rail; a third rail, wherein the first rail is movably mounted between the third rail and the second rail; a functional member arranged on the third rail; a movable member movably arranged on the first rail and configured to interact with the functional member during a longitudinal movement of the first rail relative to the third rail, the movable member comprising an engaging section transversely movable and elastically extended toward the third rail; wherein the first rail is arranged with an engaging part, and wherein the slide rail assembly further comprises a slide assisting device movably mounted between the first rail and the second rail; wherein during a process of the second rail being moved relative to the first rail from an extension position along the first direction, the slide assisting device is configured to be engaged with the engaging part of the first rail; and wherein the slide assisting device comprises a main body, a plurality of slide assisting members and a fastening member, the plurality of slide assisting members are arranged on the main body and configured to rollingly contact the first rail and the second rail, and the fastening member is movably mounted to the main body; wherein the slide assisting device is configured to be engaged with the engaging part of the first rail through the fastening member being in a predetermined state. a first rail; a second rail; a third rail, wherein the first rail is movably mounted between the third rail and the second rail; a functional member arranged on the third rail; a movable member movably arranged on the first rail and configured to interact with the functional member during a longitudinal movement of the first rail relative to the third rail, the movable member comprising an engaging section transversely movable and elastically extended toward the third rail; wherein the first rail is arranged with an engaging part, and wherein the slide rail assembly further comprises a slide assisting device movably mounted between the first rail and the second rail; wherein during a process of the second rail being moved relative to the first rail from an extension position along the first direction, the slide assisting device is configured to be engaged with the engaging part of the first rail; and wherein the slide assisting device comprises a main body, a plurality of slide assisting members and a fastening member, the plurality of slide assisting members are arranged on the main body and configured to rollingly contact the first rail and the second rail, and the fastening member is movably mounted to the main body; wherein the slide assisting device is configured to be engaged with the engaging part of the first rail through the fastening member being in a predetermined state.
A method, comprising: at a client having one or more processors and memory storing one or more programs to be executed by the one or more processors: obtaining a video stream, the video stream including closed captions; determining a set of information from the closed captions; sending a request including the set of information to a server remotely located from the client for processing; receiving from the server a set of instructions, wherein the set of instructions includes instructions to display content information relating to the set of information; and in response to receiving the set of instructions, executing one or more applications in accordance with the set of instructions and characterized in that: the determining includes determining one or more special characters and a predefined amount of text following the one or more special characters in the closed captions and wherein the set of information includes the determined one or more special characters and the predefined amount of text, and the predefined amount of text includes the set of instructions or information from which the set of instructions is derived by the server. at a client having one or more processors and memory storing one or more programs to be executed by the one or more processors: obtaining a video stream, the video stream including closed captions; determining a set of information from the closed captions; sending a request including the set of information to a server remotely located from the client for processing; receiving from the server a set of instructions, wherein the set of instructions includes instructions to display content information relating to the set of information; and in response to receiving the set of instructions, executing one or more applications in accordance with the set of instructions obtaining a video stream, the video stream including closed captions; determining a set of information from the closed captions; sending a request including the set of information to a server remotely located from the client for processing; receiving from the server a set of instructions, wherein the set of instructions includes instructions to display content information relating to the set of information; and in response to receiving the set of instructions, executing one or more applications in accordance with the set of instructions and characterized in that: the determining includes determining one or more special characters and a predefined amount of text following the one or more special characters in the closed captions and wherein the set of information includes the determined one or more special characters and the predefined amount of text, and the predefined amount of text includes the set of instructions or information from which the set of instructions is derived by the server.
A manufacturing method of a metal-clad laminate, comprising: laminating metal foil to one surface of a thermoplastic liquid crystal polymer film to form a single-sided metal-clad laminate including the metal foil; and forming a metal deposition layer on the other surface of the thermoplastic liquid crystal polymer film by using a deposition system including a heating roll, while moving the single-sided metal-clad laminate by a roll-to-roll process, wherein a temperature of the heating roll is (Mp - 65)°C or more and (Mp - 40)°C or less, where Mp represents a melting point of the thermoplastic liquid crystal polymer film. laminating metal foil to one surface of a thermoplastic liquid crystal polymer film to form a single-sided metal-clad laminate including the metal foil; and forming a metal deposition layer on the other surface of the thermoplastic liquid crystal polymer film by using a deposition system including a heating roll, while moving the single-sided metal-clad laminate by a roll-to-roll process, wherein
A coffee cartridge for use with freshly roasted and ground coffee in a suitable beverage brewer, comprising: a. Freshly roasted and ground undegassed coffee; b. A membrane, said membrane encapsulating said freshly roasted and ground undegassed coffee; c. A number of microperforations positioned within said membrane for the release of gas from said freshly roasted and ground undegassed coffee during brewing; and d. A semi-rigid structure encapsulating said membrane. a. Freshly roasted and ground undegassed coffee; b. A membrane, said membrane encapsulating said freshly roasted and ground undegassed coffee; c. A number of microperforations positioned within said membrane for the release of gas from said freshly roasted and ground undegassed coffee during brewing; and d. A semi-rigid structure encapsulating said membrane.
A pump assembly for an oral care device, the pump assembly comprising: a plunger assembly with a front portion and a rear portion, the rear portion comprising a rack assembly; a compressible spring configured to exert a forward force on the plunger assembly; and a rack and pinion assembly configured to exert a force on the plunger assembly opposite the forward force, wherein the rack and pinion assembly comprises the rack assembly, the rack assembly comprising a plurality of rack teeth (74a...74g) and a pinion assembly, the pinion assembly comprising a plurality of teeth arranged around a portion of the pinion; characterised in that the plurality of rack teeth comprise an angled front surface and an angled rear surface, the front surface of at least some of the plurality of rack teeth comprising a different angle than the rear surface, and further wherein at least some of the plurality of rack teeth comprise a pointed or rounded tip. a plunger assembly with a front portion and a rear portion, the rear portion comprising a rack assembly; a compressible spring configured to exert a forward force on the plunger assembly; and a rack and pinion assembly configured to exert a force on the plunger assembly opposite the forward force, wherein the rack and pinion assembly comprises the rack assembly, the rack assembly comprising a plurality of rack teeth (74a...74g) and a pinion assembly, the pinion assembly comprising a plurality of teeth arranged around a portion of the pinion; characterised in that the plurality of rack teeth comprise an angled front surface and an angled rear surface, the front surface of at least some of the plurality of rack teeth comprising a different angle than the rear surface, and further wherein at least some of the plurality of rack teeth comprise a pointed or rounded tip.
Method for producing an assembly for a line feedthrough, comprising the following steps: a) a fire protection mat which forms a fire protection module is cut correspondingly to the size of the line feedthrough, the fire protection mat having a flexible carrier element, to the at least one end region of which an, in particular continuous, fire protection wrap made of an intumescent material is attached, b) the fire protection mat is rounded, and the opposing edges (32, 34) of the fire protection mat are interconnected via a connecting means, such that the fire protection wrap is in a region of an axial end of the rounded fire protection mat, and c) at least one mechanical positioning element formed separately from the fire protection mat is attached to the fire protection mat, which mechanical positioning element is designed such that the assembly can be attached to a wall or a formwork via the mechanical positioning element, characterized in that the fire protection wrap is arranged on an edge of the carrier element and extends transversely to this edge over a maximum of 20% of the length of the carrier element. a) a fire protection mat which forms a fire protection module is cut correspondingly to the size of the line feedthrough, the fire protection mat having a flexible carrier element, to the at least one end region of which an, in particular continuous, fire protection wrap made of an intumescent material is attached, b) the fire protection mat is rounded, and the opposing edges (32, 34) of the fire protection mat are interconnected via a connecting means, such that the fire protection wrap is in a region of an axial end of the rounded fire protection mat, and c) at least one mechanical positioning element formed separately from the fire protection mat is attached to the fire protection mat, which mechanical positioning element is designed such that the assembly can be attached to a wall or a formwork via the mechanical positioning element,
A sweeping bucket by which a plurality of different waste products deposited on a base or a wall can be picked up and transported, comprising a ramp which acts as a filling funnel and can be used, characterised in that the ramp is integrally formed in regions on the sweeping bucket and in that the outer wall of the sweeping bucket and the ramp extend at an angle (α) of 110° to 170° to one another, a material accumulation of the sweeping bucket below the central plane being designed to be greater than a material accumulation of the sweeping bucket and of the ramp above the central plane.
A method (300, 400, 600) of producing at least one transition metal dichalcogenide layer on a substrate, the method comprising: a) obtaining (310, 410, 610) a substrate having a surface; b) depositing (320, 440, 630) transition metal dichalcogenide layers on the surface using atomic layer deposition, starting from a metal halide precursor and a chalcogen source, characterized in that the method further comprises functionalizing (430, 620) the surface with silicon-hydrogen or boron-hydrogen compounds or a combination thereof, or by sulphidizing the surface, or by means of ozone oxidation, before depositing (320, 440, 630) the transition metal dichalcogenide layer, and depositing (320, 440, 630) the transition metal dichalcogenide layers comprises depositing (320, 440, 630) seven monolayers or less of the transition metal dichalcogenide layer. a) obtaining (310, 410, 610) a substrate having a surface; b) depositing (320, 440, 630) transition metal dichalcogenide layers on the surface using atomic layer deposition, starting from a metal halide precursor and a chalcogen source, characterized in that the method further comprises functionalizing (430, 620) the surface with silicon-hydrogen or boron-hydrogen compounds or a combination thereof, or by sulphidizing the surface, or by means of ozone oxidation, before depositing (320, 440, 630) the transition metal dichalcogenide layer, and depositing (320, 440, 630) the transition metal dichalcogenide layers comprises depositing (320, 440, 630) seven monolayers or less of the transition metal dichalcogenide layer.