mhurhangee/patent-ind-claim-en huggingface dataset:
Gripper jaws for an insulation stripper each having a gripping surface (F) and an attachment extension , wherein ribs running transversely to a longitudinal direction of a cable to be gripped in the installation state, are formed on the gripping surface (F), with groove-like recesses running accordingly therebetween, which recesses have a recess base , wherein further in the installation state of the gripper jaws , the ribs can travel into the recesses of the opposite gripper jaw depending on a thickness of the cable to be gripped, all the ribs of both opposite gripper jaws in the installation state have a concave protuberance on a part of their longitudinal extension, wherein the recess base is configured to be variously deep over the length of a recess , wherein the recess base in the region of the protuberance has a smallest depth, characterised in that the recess base has a dome-like elevation in relation to a longitudinal cross-section of the recess in the region of the protuberance , which dome-like elevation is curved in opposite directions to an associated marginal edge of the protuberance when viewed in cross-section, having a height (n) above a level of the region of the recess base adjoining the elevation , which height (n) corresponds to a third to a fifth of a greatest depth (f) of the recess .
Toll system for unmanned aerial vehicles , wherein the toll system comprises the following: a transponder designed for use in an unmanned aerial vehicle , at least two detection modules for detecting the unmanned aerial vehicle along the flight movement (B) by querying the transponder , wherein the toll system comprises an associated control module for each detection module , wherein each control module is designed to trigger the query of the transponder and to evaluate transmitted data from the transponder , wherein the evaluation comprises identifying the unmanned aerial vehicle and determining the flight movement (B) thereof, wherein the associated control modules are designed to transfer the unmanned aerial vehicle between the at least two detection modules , wherein the transfer comprises transmitting information that allows at least one identification of the unmanned aerial vehicle ; and a server to determine the flight movements (B) of the aerial vehicles from the successive detections. at least two detection modules for detecting the unmanned aerial vehicle along the flight movement (B) by querying the transponder , wherein the toll system comprises an associated control module for each detection module , wherein each control module is designed to trigger the query of the transponder and to evaluate transmitted data from the transponder , wherein the evaluation comprises identifying the unmanned aerial vehicle and determining the flight movement (B) thereof, wherein the associated control modules are designed to transfer the unmanned aerial vehicle between the at least two detection modules , wherein the transfer comprises transmitting information that allows at least one identification of the unmanned aerial vehicle ; and a server to determine the flight movements (B) of the aerial vehicles from the successive detections.
A method of making a sectioned continuous string of springs for use in an assembler, said method comprising: cutting a starting string of pocketed springs to create a first supply string of pocketed springs containing first springs from a first coiler; providing a second supply string of pocketed springs containing second springs different than the first springs from a second coiler; moving the first supply string of pocketed springs from an in-line position aligned with the starting string of pocketed springs to an off-line position; moving the second supply string of pocketed springs to an in-line position with the starting string of pocketed springs ; welding overlapped tabs from the second supply string of pocketed springs and the starting string of pocketed springs together to create a combined string of pocketed springs ; moving the combined string of springs downstream; cutting the combined string of pocketed springs at a desired location; moving the second supply string of pocketed springs out-of-line with the combined string; moving the first supply string in-line with the combined string of pocketed springs ; and; welding tabs from the first supply string and combined string together. cutting a starting string of pocketed springs to create a first supply string of pocketed springs containing first springs from a first coiler; providing a second supply string of pocketed springs containing second springs different than the first springs from a second coiler; moving the first supply string of pocketed springs from an in-line position aligned with the starting string of pocketed springs to an off-line position; moving the second supply string of pocketed springs to an in-line position with the starting string of pocketed springs ; welding overlapped tabs from the second supply string of pocketed springs and the starting string of pocketed springs together to create a combined string of pocketed springs ; moving the combined string of springs downstream; cutting the combined string of pocketed springs at a desired location; moving the second supply string of pocketed springs out-of-line with the combined string; moving the first supply string in-line with the combined string of pocketed springs ; and; welding tabs from the first supply string and combined string together.
A composite, human antibody or antigen-binding fragment thereof for therapeutic use to upregulate an immune response in a subject, wherein the antibody or antigen-binding fragment thereof: comprises: a) a heavy chain variable region sequence selected from the group consisting of SEQ ID NOs: 34-38 and b) a light chain variable region sequence selected from the group consisting of SEQ ID NOs: 39-42; binds to a PD-L1 protein comprising the amino acid sequence of SEQ ID NO: 4. comprises: a) a heavy chain variable region sequence selected from the group consisting of SEQ ID NOs: 34-38 and b) a light chain variable region sequence selected from the group consisting of SEQ ID NOs: 39-42; binds to a PD-L1 protein comprising the amino acid sequence of SEQ ID NO: 4.
Screw part having an annular cross section, such as a screw, a nut, a sleeve part, a pipe plug or a pipe connector, which has a hollow-cylindrical basic body with an inner passage which is surrounded by a wall of the basic body that has a thread , wherein the basic body is produced by radially injecting a fibre-containing plasticized polymer compound into a cavity of a mould through at least one injection opening of the mould and by subsequently demoulding it from the mould after the polymer compound has solidified, wherein a sprue is removed such that the basic body has at least one gate point (A), characterized in that a recess which interrupts the thread is provided in a region of the thread that in each case - separated by the wall of the basic body - is situated opposite the region of the gate point (A).
A surgical tool for medical robots comprising: a driven portion configured to move upon receipt of an external driving force for moving in a linear motion direction; a power transmission portion configured to transmit the driving force for moving in the linear motion direction to a treatment portion configured to perform a medical treatment; a conversion portion configured to convert an amount of movement of the driven portion in the linear motion direction to transmit the amount of movement converted to the power transmission portion ; a body storing therein the driven portion and the conversion portion , and supporting the treatment portion ; and a connection portion arranged between the power transmission portion and the conversion portion , and configured to transmit the driving force transmitted from the conversion portion to the power transmission portion , the conversion portion being formed in an elongated shape comprising a first end and a second end, the first end being rotatably supported with respect to the driven portion via a driven side opening that is provided in the driven portion and has an oval shape with its long axis extending in a facing direction, and the second end being rotatably supported with respect to a support portion supporting the conversion portion via a support groove that is open in the facing direction of the support portion , the facing direction being a direction in which the driven portion and the support portion face each other, and the connection portion being rotatably supported between the first end and the second end of the conversion portion . a driven portion configured to move upon receipt of an external driving force for moving in a linear motion direction; a power transmission portion configured to transmit the driving force for moving in the linear motion direction to a treatment portion configured to perform a medical treatment; a conversion portion configured to convert an amount of movement of the driven portion in the linear motion direction to transmit the amount of movement converted to the power transmission portion ; a body storing therein the driven portion and the conversion portion , and supporting the treatment portion ; and a connection portion arranged between the power transmission portion and the conversion portion , and configured to transmit the driving force transmitted from the conversion portion to the power transmission portion , the conversion portion being formed in an elongated shape comprising a first end and a second end, the first end being rotatably supported with respect to the driven portion via a driven side opening that is provided in the driven portion and has an oval shape with its long axis extending in a facing direction, and the second end being rotatably supported with respect to a support portion supporting the conversion portion via a support groove that is open in the facing direction of the support portion , the facing direction being a direction in which the driven portion and the support portion face each other, and the connection portion being rotatably supported between the first end and the second end of the conversion portion .
A locking tongue for a seat belt system, having a base with a base part , a webbing slot in the base through which the belt webbing can extend, and a locking cam associated to the webbing slot and supported at the base (U), the locking cam having a pivot axis and being movable between a rest position and a clamping position, wherein a biasing means (26; 70) is provided which biases the locking cam towards the rest position, characterized in that the locking cam is mounted pivotably on the base part and has two pivot studs which engage in bearing openings formed integrally with the base part , and in that locking cam is further provided with a pressing portion which is arranged approximately opposite locking portion when taking the pivot axis defined by the centre of pivot studs of locking cam as a reference, the maximum distance of pressing portion from the pivot axis of locking cam is larger than the maximum distance of locking cam therefrom.
A base station for a mobile cleaner, the base station comprising: a dock configured to accommodate the mobile cleaner; a cleaning unit configured to clean the mobile cleaner accommodated in the dock ; and a water supply assembly configured to supply water to the cleaning unit from a water source; characterized in that , the base station further comprises: a self-checking module configured to detect a malfunction regarding conveyance of water from the water source to the cleaning unit . a dock configured to accommodate the mobile cleaner; a cleaning unit configured to clean the mobile cleaner accommodated in the dock ; and a water supply assembly configured to supply water to the cleaning unit from a water source; characterized in that , the base station further comprises: a self-checking module configured to detect a malfunction regarding conveyance of water from the water source to the cleaning unit .
An in-shaft key aligning and locking device, comprising a first abutting shaft , a second abutting shaft , a replacement roller and a push arm , the replacement roller is sleeved on the first abutting shaft , the push arm is a push and pull rod and is configured to push or pull the replacement roller to achieve a position change of the replacement roller , an abutting shaft end of the first abutting shaft is provided with a matching shaft hole (1a1), and an abutting shaft end of the second abutting shaft is provided with a matching shaft shoulder (2a1), the matching shaft shoulder (2a1) can be inserted into the matching shaft hole (1a1) to achieve axial abutting connection between the first abutting shaft and the second abutting shaft , characterized in that , a positioning boss (1a2) is further arranged in the matching shaft hole (1a1), an end of the matching shaft shoulder (2a1) is further provided with a positioning groove (2a2), when the matching shaft shoulder (2a1) is inserted into the matching shaft hole (1a1) and the first abutting shaft is rotated, the positioning boss (1a2) can synchronously rotate with the first abutting shaft and be inserted into the positioning groove (2a2) to achieve circumferential positioning of the first abutting shaft and the second abutting shaft , and after the positioning, the replacement roller can be pushed by the push arm to be accurately guided onto the second abutting shaft from the first abutting shaft so as to achieve the replacement of the replacement roller .
A three-section synchronous slide rail, comprising: two sets of slide rail assemblies, wherein the two sets of the slide rail assemblies are respectively installed with synchronization components, the slide rail assemblies respectively comprise a fixed rail , a middle rail and a sliding rail , the synchronization components respectively comprise a flexible deflector unit and a roller provided on the middle rail , the flexible deflector unit is respectively connected with the fixed rail and the sliding rail , wherein the middle rail is further connected with a rope base , the rope base is capable of rotating on the middle rail , a first end of the flexible deflector unit is wound around a first end of the rope base and then fixed to the rope base. and a second end of the flexible deflector unit bypasses the roller , then is reversely wound on a second end of the rope base and fixed to the rope base , and a connecting rod is connected between the rope bases of the two sets of the slide rail assemblies .
A cone brake no-back , comprising: an input no-back disk ; an output no-back disk ; a no-back ball ramp mechanism operably connected to the input no-back disk and the output no back disk ; an input no-back cone operably connected to and supportive of the input no-back disk , the input no-back cone axially loaded by an input no-back spring ; and an output no-back cone operably connected to and supportive of the output no-back disk , the output no-back cone axially loaded by an output no-back spring ; wherein a no-back input shaft is operably connected to the input no-back disk and the output no back disk ; and wherein a no-back output shaft is operably connected to the output no back disk . an input no-back disk ; an output no-back disk ; a no-back ball ramp mechanism operably connected to the input no-back disk and the output no back disk ; an input no-back cone operably connected to and supportive of the input no-back disk , the input no-back cone axially loaded by an input no-back spring ; and an output no-back cone operably connected to and supportive of the output no-back disk , the output no-back cone axially loaded by an output no-back spring ; wherein a no-back input shaft is operably connected to the input no-back disk and the output no back disk ; and wherein a no-back output shaft is operably connected to the output no back disk .
A gripping unit for a push handle unit of a manually movable trolley , wherein the gripping unit is in each case composed at least of a gripping unit receiver and a gripping unit insert , which in the mounted state together form a handle horn , projecting up in a self-supporting manner, for the push handle unit , and wherein in ease case a securing device is formed on a gripping unit receiver and is used for securing to the trolley , wherein the gripping unit receiver and the gripping unit insert are connected to one another in the mounted state by means of at least one tongue and groove connection , characterized in that at least portions of the gripping unit receiver and/or the gripping unit insert are double-walled and in that the gripping unit receiver and/or the gripping unit insert form/forms an open annular gap with their/its double-walled design, into which annular gap there is inserted a wall of the gripping unit receiver or of the gripping unit insert in the mounted state, and in that the annular gap is bounded by an internal wall and an external wall , wherein, measured from the bottom of the annular gap , the internal wall is longer in comparison to the external wall .
A skin cleansing composition, comprising: from 20% to 40%, by weight of the composition, of surfactant, wherein the surfactant comprises from 15% to 38%, by weight of the composition, of an anionic surfactant, wherein the anionic surfactant comprises sodium trideceth-2 sulfate, sodium trideceth-3 sulfate, sodium laureth-1 sulfate, sodium laureth-2 sulfate, sodium laureth-3 sulfate, or a combination thereof; from 20% to 40%, by weight of the composition, of glycerin; from 4% to 15%, by weight of the composition, of perfume; water; and wherein at least a portion of the composition is in a lamellar phase.
Arrangement configured to determine an operation parameter reference for controlling a generator side converter portion coupled to a generator , in particular of a wind turbine , the arrangement comprising: a harmonic current reference calculation module configured to calculate a harmonic current reference based on at least one current reference input ; a fundamental current reference calculation module configured to calculate a fundamental current reference based on at least one of the at least one current reference input ; a bandpass filter configured to provide a bandpass-filtered generator output current ; an arithmetic element configured to derive a fundamental current error by subtracting a, in particular unfiltered, generator output current from a sum of a fundamental current reference and at least one harmonic current reference ; a fundamental current controller adapted to determine a fundamental operation parameter reference based on the fundamental current error ; at least one other arithmetic element configured to derive at least one harmonic current error by subtracting the band pass filtered according to the harmonics, generator output current from the at least one harmonic current reference ; at least one harmonic current controller configured to determine at least one harmonic operation parameter reference based on the harmonic current error ; still another arithmetic element configured to determine the operation parameter reference as a sum of the fundamental operation parameter reference and the at least one harmonic operation parameter reference . a harmonic current reference calculation module configured to calculate a harmonic current reference based on at least one current reference input ; a fundamental current reference calculation module configured to calculate a fundamental current reference based on at least one of the at least one current reference input ; a bandpass filter configured to provide a bandpass-filtered generator output current ; an arithmetic element configured to derive a fundamental current error by subtracting a, in particular unfiltered, generator output current from a sum of a fundamental current reference and at least one harmonic current reference ; a fundamental current controller adapted to determine a fundamental operation parameter reference based on the fundamental current error ; at least one other arithmetic element configured to derive at least one harmonic current error by subtracting the band pass filtered according to the harmonics, generator output current from the at least one harmonic current reference ; at least one harmonic current controller configured to determine at least one harmonic operation parameter reference based on the harmonic current error ; still another arithmetic element configured to determine the operation parameter reference as a sum of the fundamental operation parameter reference and the at least one harmonic operation parameter reference .
A bracket for attaching a light fitting to a ceiling or wall, the bracket comprising a main body to be directly applied to the ceiling or wall and to be flush with the ceiling or wall, the main body comprising: a central portion with a central aperture for the passage of an electrical cable coming out from the ceiling or wall, the central aperture being sized so that the electrical cable can pass through the central aperture ; and at least two arm portions that extend from the central portion , wherein the at least two arm portions comprise elongated channels for receiving fasteners for fastening the bracket to the ceiling or wall, characterized in that the latitudinal dimension of the central aperture is equal to or greater than the latitudinal dimension of the arm portions .