mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid connector , comprising: a fastening base ; a connector body , fastened to the fastening base; a sealing sleeve , located on a side that is of the fastening base and close to a front end of the connector body, wherein the sealing sleeve is sleeved outside the connector body, and along an insertion direction of the connector body, a rear end of the sealing sleeve is connected to the connector body in a sealed manner, an opening is disposed at a front end of the sealing sleeve, the sealing sleeve can move between a first state and a second state relative to the fastening base along the insertion direction of the connector body, when the sealing sleeve is in the first state, the sealing sleeve is sleeved outside the front end of the connector body, and when the sealing sleeve is in the second state, the front end of the connector body is exposed from the opening to the outside of the sealing sleeve; and a sealing door , disposed at the opening, and configured to open the opening before the front end of the connector body is exposed from the opening to the outside of the sealing sleeve, and close the opening after the sealing sleeve is sleeved outside the front end of the connector body, characterized in that the liquid connector comprises a valve plug in the connector body. a fastening base ; a connector body , fastened to the fastening base; a sealing sleeve , located on a side that is of the fastening base and close to a front end of the connector body, wherein the sealing sleeve is sleeved outside the connector body, and along an insertion direction of the connector body, a rear end of the sealing sleeve is connected to the connector body in a sealed manner, an opening is disposed at a front end of the sealing sleeve, the sealing sleeve can move between a first state and a second state relative to the fastening base along the insertion direction of the connector body, when the sealing sleeve is in the first state, the sealing sleeve is sleeved outside the front end of the connector body, and when the sealing sleeve is in the second state, the front end of the connector body is exposed from the opening to the outside of the sealing sleeve; and a sealing door , disposed at the opening, and configured to open the opening before the front end of the connector body is exposed from the opening to the outside of the sealing sleeve, and close the opening after the sealing sleeve is sleeved outside the front end of the connector body, characterized in that the liquid connector comprises a valve plug in the connector body.
An agricultural harvesting head comprising: a main frame ; a cutter assembly pivotally coupled to the main frame , wherein the cutter assembly is configured to sever crop material adjacent to the ground; and a conveyor system coupled to the main frame and configured to convey severed crop material rearwardly, wherein the conveyor system includes a front pivot unit , wherein the front pivot unit is coupled to the cutter assembly for common pivotal movement with the cutter assembly relative to the main frame ; characterized in that the conveyor system includes a rear mount unit fixed to the main frame and that the front pivot unit is pivotally coupled to the rear mount unit . a main frame ; a cutter assembly pivotally coupled to the main frame , wherein the cutter assembly is configured to sever crop material adjacent to the ground; and a conveyor system coupled to the main frame and configured to convey severed crop material rearwardly, wherein the conveyor system includes a front pivot unit , wherein the front pivot unit is coupled to the cutter assembly for common pivotal movement with the cutter assembly relative to the main frame ; characterized in that the conveyor system includes a rear mount unit fixed to the main frame and that the front pivot unit is pivotally coupled to the rear mount unit .
Tool (1; 1'; 1") for installing or removing a wire thread insert (D) which comprises the following features: a. a spindle body (10; 10') having a1. a driving section , by means of which the spindle body (10; 10') can be rotated about a longitudinal axis, a2. a receiving section arranged at the end and facing away from the driving section, in which a thread for screwing on or a threadless surface for plugging on the wire thread insert (D) onto the receiving section is provided, and a3. an axial recess , which extends within the spindle body over a length, b. an entraining blade with an engaging end, which is arranged at least axially displaceable in the axial recess at least in the portion of the receiving section , and c. an elongated actuator which is arranged movably in the longitudinal direction within the axial recess so that the engaging end of the entraining blade can be displaced by means of the actuator between a first position within the spindle body (10; 10') and a second position outside the spindle body (10; 10'). a. a spindle body (10; 10') having a1. a driving section , by means of which the spindle body (10; 10') can be rotated about a longitudinal axis, a2. a receiving section arranged at the end and facing away from the driving section, in which a thread for screwing on or a threadless surface for plugging on the wire thread insert (D) onto the receiving section is provided, and a3. an axial recess , which extends within the spindle body over a length, a1. a driving section , by means of which the spindle body (10; 10') can be rotated about a longitudinal axis, a2. a receiving section arranged at the end and facing away from the driving section, in which a thread for screwing on or a threadless surface for plugging on the wire thread insert (D) onto the receiving section is provided, and a3. an axial recess , which extends within the spindle body over a length, b. an entraining blade with an engaging end, which is arranged at least axially displaceable in the axial recess at least in the portion of the receiving section , and c. an elongated actuator which is arranged movably in the longitudinal direction within the axial recess so that the engaging end of the entraining blade can be displaced by means of the actuator between a first position within the spindle body (10; 10') and a second position outside the spindle body (10; 10').
Method for manufacturing at least one timepiece component comprising the following steps of: a) providing a substrate , depositing a first electrically conductive layer thereon and applying a first photoresist layer ; b) hot-pressing the first photoresist layer using a stamp , by pressing the stamp down as far as the substrate, in order to shape the first photoresist layer and define a first level of the timepiece component; c) irradiating the first shaped photoresist layer through a mask defining the at least one first level of the timepiece component and dissolving the non-irradiated areas of the first photoresist layer to reveal, in places, the first electrically conductive layer ; d) applying a second photoresist layer covering the structure produced in step c), then irradiating the second photoresist layer through a mask (4") defining a second level of the timepiece component and dissolving the non-irradiated areas of the second photoresist layer to form a mould comprising a first and a second level; e) depositing a metal layer in the mould by electroforming from the first electrically conductive layer to form the timepiece component, the metal layer substantially reaching the upper surface of the second photoresist layer ; f) successively removing the substrate, the first electrically conductive layer and the first and second photoresist layers to release the timepiece component. a) providing a substrate , depositing a first electrically conductive layer thereon and applying a first photoresist layer ; b) hot-pressing the first photoresist layer using a stamp , by pressing the stamp down as far as the substrate, in order to shape the first photoresist layer and define a first level of the timepiece component; c) irradiating the first shaped photoresist layer through a mask defining the at least one first level of the timepiece component and dissolving the non-irradiated areas of the first photoresist layer to reveal, in places, the first electrically conductive layer ; d) applying a second photoresist layer covering the structure produced in step c), then irradiating the second photoresist layer through a mask (4") defining a second level of the timepiece component and dissolving the non-irradiated areas of the second photoresist layer to form a mould comprising a first and a second level; e) depositing a metal layer in the mould by electroforming from the first electrically conductive layer to form the timepiece component, the metal layer substantially reaching the upper surface of the second photoresist layer ; f) successively removing the substrate, the first electrically conductive layer and the first and second photoresist layers to release the timepiece component.
A threshing unit for a combine harvester , having at least three drums provided for processing harvested crop , the drums comprising a threshing drum provided for threshing the harvested crop , as well as at least two drums downstream of the threshing drum in a direction for feeding the harvested crop through the threshing unit , the drums having a respective diameter (D12, D13, D14) wherein the diameter (D12) of the threshing drum is the greatest, characterized in that • the drums are mounted on a notional line (L) which is approximately concave and is upwardly inclined in the feed direction , and • the diameter (D13, D14) of the drums downstream of the threshing drum in the feed direction successively decreases. • the drums are mounted on a notional line (L) which is approximately concave and is upwardly inclined in the feed direction , and • the diameter (D13, D14) of the drums downstream of the threshing drum in the feed direction successively decreases.
A semi-solid composition comprising a. at least one cadotril in an amount from 10 wt.% to 30 wt.%, and b. at least one liquid-lipid and/or propylene glycol excipient, wherein the liquid-lipid excipient is at least one medium chain triglyceride or at least an oil containing medium chain triglycerides or mixtures thereof; and wherein component b is/are present in an amount of from 20 wt.% to 90 wt.%. a. at least one cadotril in an amount from 10 wt.% to 30 wt.%, and b. at least one liquid-lipid and/or propylene glycol excipient, wherein the liquid-lipid excipient is at least one medium chain triglyceride or at least an oil containing medium chain triglycerides or mixtures thereof; and wherein component b is/are present in an amount of from 20 wt.% to 90 wt.%.
A system comprising a franking machine having a throat for receiving items to be franked, a platform where an item not fitting into said throat is placed, a weighing scale integrated at a bottom of the franking machine in order to minimise the footprint, at least a control unit for operating the franking machine, the franking machine and the weighing scale having separated power supply and data transmission modules , characterized in that the franking machine and the weighing scale are configured to be operated through the control unit of the franking machine, and the weighing scale is configured to be decoupled from the machine to allow the weighing of large items such as parcels.
A biaxially oriented polypropylene film, wherein a tanδ area in the width direction obtained from a ratio (E'/E") of a storage elastic modulus (E') to a loss elastic modulus (E") obtained by dynamic viscoelasticity measurement as defined in the description is not smaller than 0.2 and not larger than 0.4, and characterized in that a half width of the peak derived from an oriented crystal in the width direction in azimuth dependence of the 110 plane of polypropylene α-type crystal obtained by wide-angle X-ray diffraction measurement as defined in the description is not larger than 25°.
Separating apparatus having a drum for separating closure caps and having a sorting device for sorting a plurality of closure caps , wherein the sorting device has a plurality of sorting pockets for transporting in each case one of the closure caps in a transport direction and has a stop element with an abutment surface , wherein a cross-sectional profile of each of the sorting pockets is configured in such a way that a closure cap can be positioned in the sorting pocket in a first orientation or in a second orientation in such a way that, at least in the second orientation , the closure cap protrudes from the sorting pocket , wherein the first orientation and the second orientation are different, and wherein the abutment surface is arranged obliquely to the transport direction , wherein the stop element is arranged in such a way that the closure cap comes into abutment with the abutment surface , and is guided from the transport direction along the abutment surface , only in the second orientation , wherein the drum is configured in such a way that each closure cap is separated into a sorting pocket in each case, wherein the separating apparatus has a first transport path and a first section , wherein the first section is arranged downstream of the stop element and is configured in such a way that the closure caps are each guided to the first transport path such that the closure caps are oriented in the first orientation on the first transport path , wherein, in the first section , the separating apparatus has a further stop element with a further abutment surface , wherein the further abutment surface is arranged obliquely to the transport direction , wherein the further stop element is arranged in such a way that each closure cap in the first orientation comes into abutment with the further abutment surface and is guided along the abutment surface to the first transport path , wherein a longitudinal axis of the drum is inclined at an angle β in relation to a vertical direction, which vertical direction corresponds to the direction of gravitational force, characterized in that the separating apparatus has a second transport path , wherein the stop element is arranged in such a way that each closure cap in the second orientation is guided along the abutment surface to the second transport path such that the closure caps are oriented in the second orientation on the second transport path , wherein the separating apparatus has a turn-over device which is configured for changing the orientation of the closure caps on the second transport path such that the closure caps are turned from the second orientation over into the first orientation .
A downhole flow control device configured for use with a tubing string , comprising: a flow path configured to permit flow between external and internal locations of a tubing string ; a barrier member configured to selectively vary the flow path , wherein the barrier member is selectively movable by fluid pressure from the tubing string or wellbore to open and close the flow path ; and a receiver configured to receive a control signal to permit control of the barrier member . a flow path configured to permit flow between external and internal locations of a tubing string ; a barrier member configured to selectively vary the flow path , wherein the barrier member is selectively movable by fluid pressure from the tubing string or wellbore to open and close the flow path ; and a receiver configured to receive a control signal to permit control of the barrier member .
Method for presenting a display element on at least one vehicle-side display device which is permanently installed in a vehicle, wherein data for presenting the display element are provided by a terminal , wherein the terminal is a terminal designed structurally separately from the vehicle, wherein a data connection is established between a terminal and a vehicle , wherein data for presenting the display element are transmitted from the terminal to the vehicle , wherein size information about a size of the vehicle-side display device is transmitted to the terminal , wherein the data for presenting the display element is transmitted on the part of the terminal depending on the transmitted size information, wherein a predetermined, density-independent number of pixels is associated with the display element on the terminal side, characterized in that the size information is information about a physical size of the display device on the vehicle side, wherein an absolute number of pixels of the display element to be presented at the vehicle-side display device is determined depending on the density-independent number of pixels and the transmitted size information. wherein data for presenting the display element are provided by a terminal , wherein the terminal is a terminal designed structurally separately from the vehicle, wherein a data connection is established between a terminal and a vehicle , wherein data for presenting the display element are transmitted from the terminal to the vehicle , wherein size information about a size of the vehicle-side display device is transmitted to the terminal , wherein the data for presenting the display element is transmitted on the part of the terminal depending on the transmitted size information, wherein a predetermined, density-independent number of pixels is associated with the display element on the terminal side, characterized in that the size information is information about a physical size of the display device on the vehicle side, wherein an absolute number of pixels of the display element to be presented at the vehicle-side display device is determined depending on the density-independent number of pixels and the transmitted size information.
A medical device comprising: a shaft (102; 302a; 302b; 402; 802) including a working channel (230; 330a; 330b; 430) extending from a proximal end of the shaft to a distal end of the shaft (102; 302a; 302b; 402; 802); an ultrasound sensor (150; 350a; 350b; 450; 850) disposed radially outward of a distal portion of the working channel (230; 330a; 330b; 430) such that the ultrasound sensor (150; 350a; 350b; 450; 850) at least partially surrounds the working channel (230; 330a; 330b; 430); an instrument (710; 720; 820) translatable from the proximal end of the shaft (102; 302a; 302b; 402; 802) to the distal end of the shaft (102; 302a; 302b; 402; 802), wherein the working channel (230; 330a; 330b; 430) receives the instrument (710; 720; 820) and maintains an orientation of the instrument (710; 720; 820) with respect to the shaft (102; 302a; 302b; 402; 802) so that a distal end of the instrument (710; 720; 820) has a unique radial location upon exiting the distal end of the shaft (102; 302a; 302b; 402; 802); and an area (211; 411; 811) having an echogenic signature distinct from a remainder of the shaft (102; 302a; 302b; 402; 802), the area (211; 411; 811) being provided at a distal portion of the shaft (102; 302a; 302b; 402; 802). a shaft (102; 302a; 302b; 402; 802) including a working channel (230; 330a; 330b; 430) extending from a proximal end of the shaft to a distal end of the shaft (102; 302a; 302b; 402; 802); an ultrasound sensor (150; 350a; 350b; 450; 850) disposed radially outward of a distal portion of the working channel (230; 330a; 330b; 430) such that the ultrasound sensor (150; 350a; 350b; 450; 850) at least partially surrounds the working channel (230; 330a; 330b; 430); an instrument (710; 720; 820) translatable from the proximal end of the shaft (102; 302a; 302b; 402; 802) to the distal end of the shaft (102; 302a; 302b; 402; 802), wherein the working channel (230; 330a; 330b; 430) receives the instrument (710; 720; 820) and maintains an orientation of the instrument (710; 720; 820) with respect to the shaft (102; 302a; 302b; 402; 802) so that a distal end of the instrument (710; 720; 820) has a unique radial location upon exiting the distal end of the shaft (102; 302a; 302b; 402; 802); and an area (211; 411; 811) having an echogenic signature distinct from a remainder of the shaft (102; 302a; 302b; 402; 802), the area (211; 411; 811) being provided at a distal portion of the shaft (102; 302a; 302b; 402; 802).
A pharmaceutical composition for use in treating multiple sclerosis, the composition comprising: (a) dimethyl fumarate or monomethyl fumarate, and (b) one or more pharmaceutically acceptable excipients, wherein the composition is to be administered orally to a subject in need of treatment for multiple sclerosis, and wherein the dose of dimethyl fumarate or monomethyl fumarate to be administered is 480 mg per day. (a) dimethyl fumarate or monomethyl fumarate, and (b) one or more pharmaceutically acceptable excipients,
A compound including a ligand having the formula: each of R 1 , R 2 , and R 3 is independently a hydrogen, or a mono-, di-, tri-, tetra-, or penta- substitution of alkyl, aryl, or combinations thereof; at least one of R 1 , R 2 , and R 3 is a branched alkyl containing at least 4 carbon atoms, and wherein the branching occurs at a position further than the benzylic position, wherein any adjacently positioned substituents can, together, form a 4- to 7-member fused cyclic group. each of R 1 , R 2 , and R 3 is independently a hydrogen, or a mono-, di-, tri-, tetra-, or penta- substitution of alkyl, aryl, or combinations thereof; at least one of R 1 , R 2 , and R 3 is a branched alkyl containing at least 4 carbon atoms, and wherein the branching occurs at a position further than the benzylic position,
A carrier substrate comprising an insulating layer and a metal layer , wherein the metal layer , in a primary direction (P) running parallel to the main extension plane (HSE), ends at least in some areas with a sidewall profile , in particular an etched sidewall profile, wherein, viewed in the primary direction (P), the sidewall profile extends from a first edge on an upper side of the metal layer , which faces away from the insulating layer , to a second edge on a bottom side of the metal layer , which faces the insulating layer , wherein the sidewall profile has at least one local maximum and at least one local minimum when viewed in the primary direction (P), characterised in that the local maximum is part of a dome-shaped convexity. wherein the metal layer , in a primary direction (P) running parallel to the main extension plane (HSE), ends at least in some areas with a sidewall profile , in particular an etched sidewall profile, wherein, viewed in the primary direction (P), the sidewall profile extends from a first edge on an upper side of the metal layer , which faces away from the insulating layer , to a second edge on a bottom side of the metal layer , which faces the insulating layer , wherein the sidewall profile has at least one local maximum and at least one local minimum when viewed in the primary direction (P), characterised in that the local maximum is part of a dome-shaped convexity.