mhurhangee/patent-ind-claim-en huggingface dataset:
A ball game racquet (10; 110; 210; 310) with a handle portion and a head portion connected with the handle portion , wherein the head portion comprises a frame and at least one core , wherein the core at least partially defines two striking surfaces and at least one, preferably circumferentially extending, edge which connects the striking surfaces at least partially, wherein at least one first tube (24; 124) extends at least partially through the frame along at least a portion of the edge of the core , characterized in that the first tube (24; 124) is partially covered with a composite material in such a way that at least one portion of an outer side of the first tube (24; 124) facing the edge of the core is free of composite material. wherein the head portion comprises a frame and at least one core , wherein the core at least partially defines two striking surfaces and at least one, preferably circumferentially extending, edge which connects the striking surfaces at least partially, wherein at least one first tube (24; 124) extends at least partially through the frame along at least a portion of the edge of the core , characterized in that the first tube (24; 124) is partially covered with a composite material in such a way that at least one portion of an outer side of the first tube (24; 124) facing the edge of the core is free of composite material.
A device control system comprising: a device configured to input or output data; a terminal configured to run an application and a web browser, to send a request in markup language and to receive a response in markup language; and a device control device configured to connect to the device , to register the connected device and a device control script corresponding to the connected device , to receive the markup language request from the terminal to communicate with the connected device , to generate a device connection object and a client connection object based on the markup language request to communicate with the connected device and the device control script, to control the connected device using the device connection object, to receive any response from the connected device using the client connection object, to encode the any response from the connected device as the markup language response, and to send the markup language response to the terminal ; wherein the system is adapted that the device is registered to the device control device via the web browser running on the terminal , wherein when the device is accessed by the terminal , the device is exclusively locked such that multiple terminals cannot access and control the locked device at the same time, and wherein the system is adapted that when the terminal controlling the device releases the device , the device can be controlled from another terminal of the multiple terminals, wherein the device control device is a printer of a point of sales (POS) system and the device is a peripheral device of the POS system and contains at least one of a network printer , a customer display , a barcode scanner , a display , a cash drawer and a keyboard . a device configured to input or output data; a terminal configured to run an application and a web browser, to send a request in markup language and to receive a response in markup language; and
A seal device for a turbine disposed around a rotor so as to separate a high-pressure space and a low-pressure space , the seal device comprising: a plurality of thin plates arranged along an outer peripheral surface of the rotor , each of the thin plates including a root portion which is disposed on an outer side in a radial direction of the rotor and which is supported on a stationary part of the turbine and a tip portion which is disposed on an inner side in the radial direction of the rotor and which has a tip surface facing the outer peripheral surface of the rotor , wherein each of the thin plates is configured such that a width direction of the thin plate is parallel to an axial direction of the rotor at a side of the root portion , and characterized in that the tip portion of each of the thin plates is configured such that an end on a side of the high-pressure space is positioned downstream of another end on a side of the low-pressure side, in a rotational direction of the rotor , in a cross-section taken along the width direction of the thin plate . a plurality of thin plates arranged along an outer peripheral surface of the rotor , each of the thin plates including a root portion which is disposed on an outer side in a radial direction of the rotor and which is supported on a stationary part of the turbine and a tip portion which is disposed on an inner side in the radial direction of the rotor and which has a tip surface facing the outer peripheral surface of the rotor , wherein each of the thin plates is configured such that a width direction of the thin plate is parallel to an axial direction of the rotor at a side of the root portion , and characterized in that the tip portion of each of the thin plates is configured such that an end on a side of the high-pressure space is positioned downstream of another end on a side of the low-pressure side, in a rotational direction of the rotor , in a cross-section taken along the width direction of the thin plate .
A glassforming blank mold having an internal surface and an engraving in the internal surface, wherein the engraving, in cross section, includes: a radially outward surface and sidewalls connecting the radially outward surface to the internal surface of the blank mold, wherein the sidewalls comprise fillets and rounds , such that the sidewalls are not straight but, instead, are continuously curving, wherein a ratio of radii of the rounds to a radial depth of the engraving is between 3:1 and 9:1. a radially outward surface and sidewalls connecting the radially outward surface to the internal surface of the blank mold, wherein the sidewalls comprise fillets and rounds , such that the sidewalls are not straight but, instead, are continuously curving, wherein a ratio of radii of the rounds to a radial depth of the engraving is between 3:1 and 9:1.
An automatic parking method, comprising: obtaining a location point with a distance from a current location of a vehicle less than a preset distance and determining the location point as a target parking start point of the vehicle; obtaining at least one candidate parking point related to the target parking start point based on the target parking start point; selecting a target parking point without obstacles from the at least one candidate parking point, and obtaining a target parking trajectory driving from the target parking start point to the target parking point; and controlling the vehicle to track the target parking trajectory so as to park into the target parking point in accordance with the target parking trajectory; characterized in that , the selecting step comprises: obtaining posture information of the vehicle at each of the candidate parking points; constructing a candidate parking space with the posture information and the candidate parking point; and identifying whether there is an obstacle in each of the candidate parking spaces, and determining the candidate parking point where there is no obstacle in the candidate parking space as the target parking point. obtaining a location point with a distance from a current location of a vehicle less than a preset distance and determining the location point as a target parking start point of the vehicle; obtaining at least one candidate parking point related to the target parking start point based on the target parking start point; selecting a target parking point without obstacles from the at least one candidate parking point, and obtaining a target parking trajectory driving from the target parking start point to the target parking point; and controlling the vehicle to track the target parking trajectory so as to park into the target parking point in accordance with the target parking trajectory; characterized in that , the selecting step comprises: obtaining posture information of the vehicle at each of the candidate parking points; constructing a candidate parking space with the posture information and the candidate parking point; and identifying whether there is an obstacle in each of the candidate parking spaces, and determining the candidate parking point where there is no obstacle in the candidate parking space as the target parking point. obtaining posture information of the vehicle at each of the candidate parking points; constructing a candidate parking space with the posture information and the candidate parking point; and identifying whether there is an obstacle in each of the candidate parking spaces, and determining the candidate parking point where there is no obstacle in the candidate parking space as the target parking point.
Method for emptying in a bubble-free manner viscous material (M) out of a cartridge open to both sides, which has a pusher therein that is tightly fitting and can be moved in a pressing direction and a closable removal opening at the other end, in that - by pushing the pusher forward, i.e. in the direction of the removal opening , the material M is pressed out of the removal opening , characterized in that - in pressing out the material (M), it is divided into a plurality of thin strands (S1, S2, S3), - the strands (S1, S2, S3) are dropped into a collecting container open at the top on the outlet opening of which in its lower portion in particular a discharge line is tightly connected, and - at least the area from dividing the material (M) into the plurality of thin strands (S1, S2, S3) up to the upper open end of the collecting container is kept under negative pressure during the emptying process. - by pushing the pusher forward, i.e. in the direction of the removal opening , the material M is pressed out of the removal opening , characterized in that - in pressing out the material (M), it is divided into a plurality of thin strands (S1, S2, S3), - the strands (S1, S2, S3) are dropped into a collecting container open at the top on the outlet opening of which in its lower portion in particular a discharge line is tightly connected, and - at least the area from dividing the material (M) into the plurality of thin strands (S1, S2, S3) up to the upper open end of the collecting container is kept under negative pressure during the emptying process.
A method for modifying the surface of an aramid fiber, the method comprising: a. contacting the aramid fiber with an acid solution for a pre-determined amount of time to form a pre-treated aramid fiber; b. removing the aramid fiber of step (a) from the acid solution and immersing the pre-treated aramid fiber in a liquid; c. irradiating the pre-treated aramid fiber in the liquid with microwave energy for a period of at least 15 seconds at a power level of at least 60 Watts to modify the surface of the aramid fiber; and d. removing the aramid fiber from the liquid. a. contacting the aramid fiber with an acid solution for a pre-determined amount of time to form a pre-treated aramid fiber; b. removing the aramid fiber of step (a) from the acid solution and immersing the pre-treated aramid fiber in a liquid; c. irradiating the pre-treated aramid fiber in the liquid with microwave energy for a period of at least 15 seconds at a power level of at least 60 Watts to modify the surface of the aramid fiber; and d. removing the aramid fiber from the liquid.
Injector , in particular for ejecting an intraocular lens for the purpose of injecting this into an eye, comprising - a longitudinal injector body , in which an injector piston rod can be guided in an axially displaceable manner, and - an injector nozzle at a front end of the injector body , in the direction of which the injector piston rod can be displaced, - a displacement mechanism for pushing the injector piston rod forwards and an actuating element for the manual actuation of the displacement mechanism, wherein the displacement mechanism comprises a transmission mechanism, by means of which the actuating element and the injector piston rod can be placed in a articulated driving connection, and wherein the transmission mechanism is a rack gearing comprising at least one gear rack and at least one first toothed gear , whose teeth act on one another so as to transmit force, - an operating region for the actuation of the actuating element , the operating region being formed at a longitudinal side of the injector body , characterised in that - the injector comprises a ratchet mechanism for inhibiting a backwards movement of the injector piston rod , and - the ratchet mechanism comprises at least two settings an inactivated pawl position and an activated pawl position. - a longitudinal injector body , in which an injector piston rod can be guided in an axially displaceable manner, and - an injector nozzle at a front end of the injector body , in the direction of which the injector piston rod can be displaced, - a displacement mechanism for pushing the injector piston rod forwards and an actuating element for the manual actuation of the displacement mechanism, - an operating region for the actuation of the actuating element , the operating region being formed at a longitudinal side of the injector body , - the injector comprises a ratchet mechanism for inhibiting a backwards movement of the injector piston rod , and - the ratchet mechanism comprises at least two settings an inactivated pawl position and an activated pawl position.
A wire shaped coaxial photovoltaic solar cell comprising: - a conductive core wire shaped support , - a nanostructured semiconductor scaffold layer , - one or more successive perovskite layers , - an optionally provided hole transporting material layer , - an outer conductor layer , - an outer protective layer , characterized in that said outer conductor layer comprises dispersed nanoparticles and said perovskite layers are composed identically or wherein two or more of said perovskite layers have a different molecular structure and/or composition. - a conductive core wire shaped support , - a nanostructured semiconductor scaffold layer , - one or more successive perovskite layers , - an optionally provided hole transporting material layer , - an outer conductor layer , - an outer protective layer ,
A pixel arrangement structure, comprising a plurality of pixel units arranged in a vertical direction, each pixel unit comprising a plurality of first pixels and a plurality of second pixels arranged alternately along a horizontal direction; each first pixel comprising a first sub-pixel and a second sub-pixel directly adjacent to the first sub-pixel in the horizontal direction in a first row (L1) and a third sub-pixel in a second row (L2) directly adjacent to the first row (L1), each second pixel comprising a third sub-pixel in the first row along the horizontal direction and a first sub-pixel and a second sub-pixel directly adjacent to the first sub-pixel arranged in the horizontal direction in the second row (L2); wherein a shape of each sub-pixel located in the first row is a first parallelogram (P1) inclined towards a first direction with respect to the horizontal direction, and a shape of each sub-pixel located in the second row is a second parallelogram (P2) which is a mirror image of the first parallelogram and inclined towards a second direction, with respect to the horizontal direction, which is opposite to the first direction; characterised in that : the sub-pixels are arranged in the first row (L1) and second row (L2) such that adjacent base edges of the first parallelogram (P1) and the second parallelogram (P2) are not aligned in the longitudinal direction and an end point (a1) of the edge of the first parallelogram adjacent to the second parallelogram coincides with the midpoint of the edge of the second parallelogram adjacent to the first parallelogram, or an end point (a2) of the edge of the second parallelogram adjacent to the first parallelogram coincides with the midpoint of the base edge of the first parallelogram adjacent to the second parallelogram.
A method of anisotropically etching an electrically conductive layer structure of a component carrier for forming a conductor track, wherein the method comprises the steps of: (i) subjecting the electrically conductive layer structure to a first etching composition forming a recess having a bottom surface and side wall surfaces, wherein the first etching composition comprises an etchant and an etching inhibitor; (ii) after step (i), subjecting the electrically conductive layer structure to a second etching composition being different from the first etching composition, (iii) after step (ii), subjecting the electrically conductive layer structure to a third etching composition being different from both the first etching composition and the second etching composition and comprising an etchant and no etching inhibitor, characterized in that the second etching composition is configured for selectively removing the etching inhibitor and/or an inhibition layer formed after applying the first etching composition from the bottom surface of the recess rather than from the side wall surfaces. (i) subjecting the electrically conductive layer structure to a first etching composition forming a recess having a bottom surface and side wall surfaces, wherein the first etching composition comprises an etchant and an etching inhibitor; (ii) after step (i), subjecting the electrically conductive layer structure to a second etching composition being different from the first etching composition, (iii) after step (ii), subjecting the electrically conductive layer structure to a third etching composition being different from both the first etching composition and the second etching composition and comprising an etchant and no etching inhibitor,
A method for aggregating data in wireless communications, the method comprising: receiving , at a wireless device, first configuration information to communicate with a first network entity through a first primary cell of a first set of cells of the first network entity; receiving , at the wireless device, second configuration information to communicate with a second network entity through a second primary cell of a second set of cells of the second network entity while in communication with the first network entity operating the first set of cells having the first primary cell; and aggregating , at an information convergence entity in the wireless device, the first configuration information from the first network entity and the second configuration information from the second network entity when the wireless device is in communication with the first network entity and the second network entity. receiving , at a wireless device, first configuration information to communicate with a first network entity through a first primary cell of a first set of cells of the first network entity; receiving , at the wireless device, second configuration information to communicate with a second network entity through a second primary cell of a second set of cells of the second network entity while in communication with the first network entity operating the first set of cells having the first primary cell; and aggregating , at an information convergence entity in the wireless device, the first configuration information from the first network entity and the second configuration information from the second network entity when the wireless device is in communication with the first network entity and the second network entity.
An axial piston machine acting as a thermodynamic engine, compressor, motor or pump comprising; a crankshaft rotatable about a crankshaft axis and carrying a crank having an inclined crank axis that is at an angle to the crankshaft axis but aligned to intersect therewith at an acute angle A at a point (point X) on the crankshaft , a cylinder cluster comprising at least two cylinders rigidly located with respect to each other, each cylinder spaced relative to the other(s) about a cylinder cluster axis that is coincident to said crankshaft axis , each said cylinder including at least one cylinder opening to allow fluid inlet and/or outlet to/from said cylinder controlled (herein after referred to as "valved control") in a manner to allow the machine to operate as a thermodynamic engine, compressor, motor or pump, in each cylinder , a complementary piston to reciprocate along a reciprocating axis defined by its respective cylinder , a reciprocator mounted to rotate relative to said crank about said inclined crank axis , said reciprocator operatively connected to said pistons by a respective connection rod , such that the rotational motion of the crankshaft with respect to the cylinder cluster drives the reciprocal motion of the pistons within their respective cylinders or vice versa in a sinusoidal or near sinusoidal manner, and allows controlled reciprocating displacement of each piston within its respective cylinder between top dead centre (TDC) and bottom dead centre (BDC), a plurality of pairs of rotation constrainers operative between said cylinder cluster and said reciprocator , each pair of rotation constrainers comprising of: a. a first member mounted by said cylinder cluster , and b. a second member mounted by said reciprocator , and positioned to allow the first member and second member of each pair to come in and out of engagement with each other in a manner to ensure homokinetic rotational constraint between said cylinder cluster and said reciprocator at the point of engagement of each respective first and second members so that at least one pair is in operative engagement at any one time, wherein the first member is a peg and the second member is a cup, or wherein the first member is a cup and the second member is a peg. a. a first member mounted by said cylinder cluster , and b. a second member mounted by said reciprocator , and