mhurhangee/patent-ind-claim-en huggingface dataset:
A filter assembly , comprising: a tubular member ; one or more support members disposed on the tubular member; and a wire wound around the support members and having a plurality of turns such that one or more spaces are formed between adjacent portions of the wire; wherein the wire includes a wire shape having flat side surfaces such that an elongated channel is formed between adjacent wire shapes, and wherein the wire shape includes two tapered lower surfaces such that adjacent wire shapes form a lower funnel shape transitioning out of the elongated channel; characterized in that the wire shape includes only one tapered upper surface ; and one of the flat side surfaces of the wire shape has a length greater than a length of the other side surface . a tubular member ; one or more support members disposed on the tubular member; and a wire wound around the support members and having a plurality of turns such that one or more spaces are formed between adjacent portions of the wire; wherein the wire includes a wire shape having flat side surfaces such that an elongated channel is formed between adjacent wire shapes, and wherein the wire shape includes two tapered lower surfaces such that adjacent wire shapes form a lower funnel shape transitioning out of the elongated channel; characterized in that the wire shape includes only one tapered upper surface ; and one of the flat side surfaces of the wire shape has a length greater than a length of the other side surface .
An apparatus for setting a setting element in a component while producing a friction welding connection between the setting element and the component, said apparatus comprising: a drive shaft which can be set into rotation about a drive axis for transmitting a torque to the setting element; and a downholder having a contact surface for transmitting an axial pressing force to the component, wherein the drive shaft has an end face and adjustment means are provided to adjust a minimum spacing between the contact surface of the downholder and the end face of the drive shaft , wherein the downholder completely surrounds the drive shaft at the level of the contact surface in a peripheral direction, characterized in that a gap for receiving melt that rises during the friction welding is provided between an inner peripheral surface of the downholder and an outer peripheral surface of the drive shaft ; and in that the downholder has at least one outlet opening which extends from the inner peripheral side of the downholder to an outer peripheral side of the downholder and which is in fluid communication with the gap . a drive shaft which can be set into rotation about a drive axis for transmitting a torque to the setting element; and a downholder having a contact surface for transmitting an axial pressing force to the component, wherein the drive shaft has an end face and adjustment means are provided to adjust a minimum spacing between the contact surface of the downholder and the end face of the drive shaft , wherein the downholder completely surrounds the drive shaft at the level of the contact surface in a peripheral direction, characterized in that a gap for receiving melt that rises during the friction welding is provided between an inner peripheral surface of the downholder and an outer peripheral surface of the drive shaft ; and in that the downholder has at least one outlet opening which extends from the inner peripheral side of the downholder to an outer peripheral side of the downholder and which is in fluid communication with the gap .
Recombinant transglutaminase (TG) substrate according to the following general formula I (F*-L) y -X (I) wherein F* is selected from an amino acid sequence of the FKBP domain which comprises the N-terminal amino acids 1 to 64 and 123 to 149 of the SLYD polypeptide , wherein amino acids 65 to 122 are replaced by an amino acid sequence ("Q-tag") of 5 to 15 amino acids, the Q-tag comprising a sub-sequence of 5 contiguous amino acids having at least 80% sequence identity to the YRYRQ portion of the peptide sequence X 1 -YRYRQ-X 2 (SEQ ID NO. 1), wherein X 1 and X 2 are absent or constitute linker amino acids, wherein the Q-tag is an amino acid sequence selected from the group consisting of SEQ ID NO:8, SEQ ID NO:11, SEQ ID NO:18 and SEQ ID NO:20; L is absent or is selected from a linker amino acid sequence; and X is a protein of interest selected from an enzyme, an antigen, such as a viral protein, an antibody or fragment thereof, and other immunological binding partners; y is an integer of between 1 and 100, and wherein said TG substrate is a substrate for the TG function of the Kutzneria albida TG according to SEQ ID No. 23. F* is selected from an amino acid sequence of the FKBP domain which comprises the N-terminal amino acids 1 to 64 and 123 to 149 of the SLYD polypeptide , wherein amino acids 65 to 122 are replaced by an amino acid sequence ("Q-tag") of 5 to 15 amino acids, the Q-tag comprising a sub-sequence of 5 contiguous amino acids having at least 80% sequence identity to the YRYRQ portion of the peptide sequence X 1 -YRYRQ-X 2 (SEQ ID NO. 1), wherein X 1 and X 2 are absent or constitute linker amino acids, wherein the Q-tag is an amino acid sequence selected from the group consisting of SEQ ID NO:8, SEQ ID NO:11, SEQ ID NO:18 and SEQ ID NO:20; L is absent or is selected from a linker amino acid sequence; and X is a protein of interest selected from an enzyme, an antigen, such as a viral protein, an antibody or fragment thereof, and other immunological binding partners; y is an integer of between 1 and 100, and wherein said TG substrate is a substrate for the TG function of the Kutzneria albida TG according to SEQ ID No. 23.
A method performed by an access control system , the method comprising: receiving , by a wearable device of the access control system , from a sensor associated with a user of the access control system , sensor information representing a condition of the user; determining , by the wearable device, that the sensor information indicates that the user is under duress when the sensor information corresponds to a duress condition associated with the user; providing , by the wearable device, in response to determining that the sensor information indicates that the user is under duress, a duress signal to a reading device of the access control system; requesting and receiving, by the reading device, access control information from the wearable device, and determining , by the reading device, based at least partially on the duress signal and the access control information, to limit or grant access to a door protecting access to a secure room. receiving , by a wearable device of the access control system , from a sensor associated with a user of the access control system , sensor information representing a condition of the user; determining , by the wearable device, that the sensor information indicates that the user is under duress when the sensor information corresponds to a duress condition associated with the user; providing , by the wearable device, in response to determining that the sensor information indicates that the user is under duress, a duress signal to a reading device of the access control system; requesting and receiving, by the reading device, access control information from the wearable device, and determining , by the reading device, based at least partially on the duress signal and the access control information, to limit or grant access to a door protecting access to a secure room.
Device for ejecting a weapon , wherein the device comprises at least one first weapon barrel and a water piston cylinder , wherein water from the water piston cylinder with the aid of a first piston can be conveyed into the at least one first weapon barrel , wherein the first piston is moved by way of an acceleration and deceleration device , wherein the acceleration and deceleration device comprises a hydraulic piston cylinder , wherein a second piston is disposed in the hydraulic piston cylinder , wherein the first piston and the second piston are connected to one another in a force-fitting manner, wherein the hydraulic piston cylinder comprises a first end-side region and a second end-side region , characterized in that the acceleration and deceleration device comprises a bladder accumulator and a piston accumulator , wherein the bladder accumulator by way of a third hydraulic connection is connected to the second end-side region , and the piston accumulator by way of a fourth hydraulic connection is connected to the first end-side region , wherein the piston accumulator is embodied as a cylinder piston, wherein the piston accumulator comprises a third piston , wherein the third piston separates the piston accumulator into a hydraulic region and a gas region , wherein the working volume of the piston accumulator corresponds to at least the working volume of the hydraulic piston cylinder , and wherein the gas region is capable of being closed, wherein the acceleration and deceleration device comprises a return-flow container , wherein the return-flow container comprises a first hydraulic connection to the first end-side region and a second hydraulic connection to the second end-side region .
A coupling system (100;200;300) for a top drive and a tool, comprising: a housing (111 ;211 ;311) of the top drive having a bore therethrough; an adapter (121 ;221 ;321) of the tool, the adapter having a recess ; a latch member (131;236;336) at least partially disposed within the housing and radially movable between an extended position and a retracted position, wherein the latch member, in the extended position, is at least partially disposed in the recess to longitudinally couple the housing to the adapter; and a lock member (132;234;334) at least partially disposed within the housing and longitudinally movable relative to the housing, wherein the lock member is configured to move the latch member between the extended and the retracted positions. a housing (111 ;211 ;311) of the top drive having a bore therethrough; an adapter (121 ;221 ;321) of the tool, the adapter having a recess ; a latch member (131;236;336) at least partially disposed within the housing and radially movable between an extended position and a retracted position, wherein the latch member, in the extended position, is at least partially disposed in the recess to longitudinally couple the housing to the adapter; and a lock member (132;234;334) at least partially disposed within the housing and longitudinally movable relative to the housing, wherein the lock member is configured to move the latch member between the extended and the retracted positions.
A method for determining the presence, absence or characteristics of an analyte, comprising (a) coupling the analyte to a membrane comprising a detector wherein the analyte is not coupled to the membrane via the detector and (b) allowing the analyte to interact with the detector present in the membrane and thereby determining the presence, absence or characteristics of the analyte.
A semiconductor device comprising: a semiconductor substrate that has a first surface and a second surface opposite to each other and in which a through hole to extend from the first surface to the second surface is formed; a first wiring that is provided on the first surface and has a portion located above a first opening of the through hole on the first surface side; an insulating layer that is provided on an inner surface of the through hole and the second surface and is continuous through a second opening of the through hole on the second surface side; and a second wiring that is provided on a surface of the insulating layer and is electrically connected to the first wiring in an opening of the insulating layer on the first surface side, wherein the insulating layer has a first curved portion that covers the inner surface of the through hole between the first opening and the second opening , and a second curved portion that covers an edge of the second opening , wherein the surface in the first curved portion is curved in a convex shape toward the side opposite the inner surface of the through hole , wherein the surface in the second curved portion is curved in a convex shape toward the side opposite the inner surface of the through hole , and characterized in that an average thickness of the insulating layer provided on the inner surface of the through hole is greater than an average thickness of the insulating layer provided on the second surface . a semiconductor substrate that has a first surface and a second surface opposite to each other and in which a through hole to extend from the first surface to the second surface is formed; a first wiring that is provided on the first surface and has a portion located above a first opening of the through hole on the first surface side; an insulating layer that is provided on an inner surface of the through hole and the second surface and is continuous through a second opening of the through hole on the second surface side; and a second wiring that is provided on a surface of the insulating layer and is electrically connected to the first wiring in an opening of the insulating layer on the first surface side, wherein the insulating layer has a first curved portion that covers the inner surface of the through hole between the first opening and the second opening , and a second curved portion that covers an edge of the second opening , wherein the surface in the first curved portion is curved in a convex shape toward the side opposite the inner surface of the through hole , wherein the surface in the second curved portion is curved in a convex shape toward the side opposite the inner surface of the through hole , and characterized in that an average thickness of the insulating layer provided on the inner surface of the through hole is greater than an average thickness of the insulating layer provided on the second surface .
Underfloor installation box for receiving electrical/electronic installations, with a cover which comprises a cord outlet, of which the cord outlet opening , when not in use, can be closed off by a closure element , and when in use can be closed at least partially by means of a flexible cord outlet filling which allows for one or more leads to be passed through, characterised in that the closure element and the flexible cord outlet filling are part of a closure body held on the cover side, which, in a first position held on the cover, can be arranged with its closure element in the flexible cord outlet filling of the cover , and in a second position held on the cover can be arranged with its flexible cord outlet filling in the cord outlet opening of the cover, that the cover comprises on its inside two guide links, in which the closure body engages in each case into a guide link with a guide strip (10, 10.1,; 13, 13.1), and that each of the two elements of the closure body carries two guide strips, and is held in the one position in which the closure element is arranged in the cord outlet opening , or in the other position in which the flexible cord outlet filling is arranged in the cord outlet opening , that the closure element and the cord outlet filling of the closure body are arranged on different planes and with their sides pointing towards the cord outlet opening in the respective position of use facing away from one another, and that the closure element and the cord outlet filling are arranged offset to one another.
A display module comprising: a substrate including a plurality of interconnection wires ; a connecting member comprising a conductive material disposed on one side of the substrate ; a plurality of inorganic light emitting elements comprising light emitting circuitry arranged on the connecting member , the light emitting circuitry comprising RGB light elements (331-333) being disposed in three positions among an upper left side, a lower left side, an upper right side and a lower right side of a pixel with respect to the xy-plane; and a light blocking member comprising an opaque material disposed on a region of the connecting member other than regions where the plurality of inorganic light emitting elements are disposed, wherein the light blocking member covers, with respect to the xy-plane, at least a part of one among an upper left side, a lower left side, an upper right side, and a lower right side of the pixel in which the RGB light elements (331-333) are not disposed, wherein a portion of each of the plurality of inorganic light emitting elements is disposed to pass through a portion of the connecting member and is spaced apart from the substrate , whereby upper portions of the plurality of inorganic light emitting elements are exposed, wherein the connecting member electrically connects each of the plurality of inorganic light emitting elements with at least one interconnection wire among the plurality of interconnection wires , and wherein the light blocking member is spaced apart from the substrate and the plurality of inorganic light emitting elements . a substrate including a plurality of interconnection wires ; a connecting member comprising a conductive material disposed on one side of the substrate ; a plurality of inorganic light emitting elements comprising light emitting circuitry arranged on the connecting member , the light emitting circuitry comprising RGB light elements (331-333) being disposed in three positions among an upper left side, a lower left side, an upper right side and a lower right side of a pixel with respect to the xy-plane; and a light blocking member comprising an opaque material disposed on a region of the connecting member other than regions where the plurality of inorganic light emitting elements are disposed, wherein the light blocking member covers, with respect to the xy-plane, at least a part of one among an upper left side, a lower left side, an upper right side, and a lower right side of the pixel in which the RGB light elements (331-333) are not disposed, wherein a portion of each of the plurality of inorganic light emitting elements is disposed to pass through a portion of the connecting member and is spaced apart from the substrate , whereby upper portions of the plurality of inorganic light emitting elements are exposed, wherein the connecting member electrically connects each of the plurality of inorganic light emitting elements with at least one interconnection wire among the plurality of interconnection wires , and wherein the light blocking member is spaced apart from the substrate and the plurality of inorganic light emitting elements .
Unmanned flight equipment comprising: an aerial vehicle capable of flying in an unmanned manner; a linear member configured to be suspended from the aerial vehicle and to hold a delivery target (T) at a lower end thereof; a contact detection unit configured to detect a contact of an object with the delivery target (T) or with the linear member ; and a separation unit configured to separate the delivery target (T) or the liner member from the aerial vehicle based on a detection result of the contact detection unit wherein the contact detection unit includes a linear member contact detection sensor that is configured to detect contact with at least a lower region of the linear member , characterized in that the linear member contact detection sensor includes a carbon microcoil. an aerial vehicle capable of flying in an unmanned manner; a linear member configured to be suspended from the aerial vehicle and to hold a delivery target (T) at a lower end thereof; a contact detection unit configured to detect a contact of an object with the delivery target (T) or with the linear member ; and a separation unit configured to separate the delivery target (T) or the liner member from the aerial vehicle based on a detection result of the contact detection unit wherein the contact detection unit includes a linear member contact detection sensor that is configured to detect contact with at least a lower region of the linear member , characterized in that the linear member contact detection sensor includes a carbon microcoil.
A design method for a vehicle seat mountable to a vehicle body (F) of a vehicle and comprising a seat cushion and a seat back , the vehicle seat comprising: a frame structure to be fixed to the vehicle body (F); and a seating member supported by the frame structure and configured to have a given elastic deformation property and a given vibration damping property and allow an occupant to be seated therein, the design method comprising the steps of: designing the seating member , and determining, by measurement or calculation, a deformation amount D S of the designed seating member itself in a situation where a given load W is applied at a given position X S of the designed seating member ; designing the frame structure , and determining, by measurement or calculation, a displacement amount D F of a position X F of the designed frame structure corresponding to the given position X S , in a situation where the designed frame structure is fixed to the vehicle body (F), and the given load W is applied at the position X F ; and checking whether or not the deformation amount D S and the displacement amount D F satisfy the following relationship: D S / D F ≥ 20, and, if not, modifying the seating member , the frame structure , and/or a mounting structure of the frame structure to the vehicle body, so as to satisfy the relationship: D S / D F ≥ 20, wherein the position X F at which the load is applied to the frame structure is a position corresponding to a center-of-gravity position of the thorax of the seated occupant, and wherein the frame structure is formed such that a ratio (W/D F ) of the load W to the displacement amount D F in the situation where the load W is applied at the position X F is 70 N/mm or more.. designing the seating member , and determining, by measurement or calculation, a deformation amount D S of the designed seating member itself in a situation where a given load W is applied at a given position X S of the designed seating member ; designing the frame structure , and determining, by measurement or calculation, a displacement amount D F of a position X F of the designed frame structure corresponding to the given position X S , in a situation where the designed frame structure is fixed to the vehicle body (F), and the given load W is applied at the position X F ; and checking whether or not the deformation amount D S and the displacement amount D F satisfy the following relationship: D S / D F ≥ 20, and, if not, modifying the seating member , the frame structure , and/or a mounting structure of the frame structure to the vehicle body, so as to satisfy the relationship: D S / D F ≥ 20, wherein the position X F at which the load is applied to the frame structure is a position corresponding to a center-of-gravity position of the thorax of the seated occupant, and wherein the frame structure is formed such that a ratio (W/D F ) of the load W to the displacement amount D F in the situation where the load W is applied at the position X F is 70 N/mm or more..