mhurhangee/ep-ind-claims huggingface dataset:
An apparatus (1a; 1b) for answering a phone call when a recipient of said phone call decides that it is inappropriate to talk, said apparatus (1a; 1b) comprising: - control means, in particular a key (3a; 3b), for sending a dedicated command that opens a voice conversation with a caller, for putting said apparatus (1a; 1b) in a message mode and thus answer said phone call; - a microphone (5a; 5b) that is muted after sending said dedicated command for the whole period during which said apparatus (1a; 1b) is kept in said message mode; - an earphone device (7a; 7b) for listening to said caller; - a voice message injection module for sending an alert voice message to said caller, said alert voice message saying that said recipient is not talking, but is substituted by said text-to-speech injection apparatus, - said control means, comprising a keyboard (4a; 4b), being adapted to type a text message by said recipient of said apparatus (1a; 1b); - a text-to-speech injection apparatus comprising a text-to-speech translation apparatus and a database for synthesizing said text message into a speech message and transmitting said speech message to said caller during said voice conversation. characterized by the fact that said text-to-speech translation apparatus being adapted to recognize a voice of said recipient during a conversation and to distinguish, word by word, words that said recipient is pronouncing; said text-to-speech injection apparatus being adapted to store said recognized words that have been used by said recipient during a conversation, and to substitute said recognized and stored words in the place of the synthesized voice words made on the basis of a predefined male or female voice. - control means, in particular a key (3a; 3b), for sending a dedicated command that opens a voice conversation with a caller, for putting said apparatus (1a; 1b) in a message mode and thus answer said phone call; - a microphone (5a; 5b) that is muted after sending said dedicated command for the whole period during which said apparatus (1a; 1b) is kept in said message mode; - an earphone device (7a; 7b) for listening to said caller; - a voice message injection module for sending an alert voice message to said caller, said alert voice message saying that said recipient is not talking, but is substituted by said text-to-speech injection apparatus, - said control means, comprising a keyboard (4a; 4b), being adapted to type a text message by said recipient of said apparatus (1a; 1b); - a text-to-speech injection apparatus comprising a text-to-speech translation apparatus and a database for synthesizing said text message into a speech message and transmitting said speech message to said caller during said voice conversation.
A tool kit for clinching, consisting of a punch (3.1) surrounded by an elastic stripper (3.2) operating along an axis (3.10) running through the center of a die cavity (3.5) the bottom of which is the free face of an anvil (3.6) and the sides of which consist of two or more moving die elements (3.7) and (3.8) which can slide laterally on a supporting surface (3.9) essentially perpendicular to said axis (3.10), said die elements (3.7) and (3.8) pressed against the sides of said anvil (3.6) through one or more spring elements (3.13) and thus forming a die with moving walls characterized in that one or more guiding elements (3.11), running parallel to said supporting surface (3.9), through said die elements (3.7) and (3.8), said guiding element (3.11) having dimensions, cross section, surface finish and axial position which closely match holes (3.12) through said die elements (3.7) and (3.8) and thus make said die elements (3.7) and (3.8) slide on said supporting surface (3.9) without pivoting or rotating, said guiding element (3.11) being firmly connected to said anvil (3.6) and the length of which being roughly equal to or exceeding the distance between the outer faces of said die elements (3.7) and (3.8) when said die elements (3.7) and (3.8) are a maximum distance from said axis (3.10) and consequently serve in keeping said die elements (3.7) and (3.8) in place axially when said stripper (3.2) pulls out said punch (3.1) along said axis (3.10) when the clinching operation is finished
Interface (100,500) for operating an elevator car, comprising - an interface controller; - a foil for attachment to a wall surface of a wall of the elevator car, wherein the foil comprises a protective layer between the at least one sensor and the inside of the elevator car; and - at least one pressure-sensitive sensor configured for receiving user requests by an application of a pressure to the at least one sensor; wherein the at least one sensor is connected to the interface controller, the interface controller being configured for connection to a car controller of the elevator car and for transmitting the user requests received by the at least one sensor to the car controller of the elevator car; and wherein the at least one sensor is embedded in the foil, wherein the at least one sensor is embedded in an embedding layer of the foil, and wherein the embedding layer is arranged between the protective layer and the wall surface. - an interface controller; - a foil for attachment to a wall surface of a wall of the elevator car, wherein the foil comprises a protective layer between the at least one sensor and the inside of the elevator car; and - at least one pressure-sensitive sensor configured for receiving user requests by an application of a pressure to the at least one sensor; wherein the at least one sensor is connected to the interface controller, the interface controller being configured for connection to a car controller of the elevator car and for transmitting the user requests received by the at least one sensor to the car controller of the elevator car; and wherein the at least one sensor is embedded in the foil, wherein the at least one sensor is embedded in an embedding layer of the foil, and wherein the embedding layer is arranged between the protective layer and the wall surface. wherein the at least one sensor is connected to the interface controller, the interface controller being configured for connection to a car controller of the elevator car and for transmitting the user requests received by the at least one sensor to the car controller of the elevator car; and wherein the at least one sensor is embedded in the foil, wherein the at least one sensor is embedded in an embedding layer of the foil, and wherein the embedding layer is arranged between the protective layer and the wall surface.
A plug connector housing, which has a cable connection element on which at least two cables, at least one first cable and at least one second cable can be fastened for shield connection and/or strain relief, wherein the cable connection element is formed from a flat material having an S-shaped base area and two fastening faces (3b, 3c) integrally formed thereon and protruding perpendicularly therefrom. wherein the two fastening faces (3b,3c) are arranged on two mutually opposing fastening planes (E1,E2), in that they are arranged offset from one another and are parallel to one another, wherein the first cable is fixed on the first fastening face and the second cable is fixed on the second fastening face.
Brake system of a vehicle which can be driven by way of muscle power and/or motor power, in particular of an electric bicycle, e-bike, pedelec or the like, with: - a brake booster, and - a valve arrangement: - the brake booster being configured for loading with a brake fluid, and having an input-side low pressure chamber and an output-side high pressure chamber, and - it being possible for the low pressure chamber and the high pressure chamber to be connected in a controllably fluid-mechanical manner by way of the valve arrangement, characterized in that the brake booster and/or the valve arrangement are/is configured on or in a brake calliper or as part of a brake calliper. - a brake booster, and - a valve arrangement: - the brake booster being configured for loading with a brake fluid, and having an input-side low pressure chamber and an output-side high pressure chamber, and - it being possible for the low pressure chamber and the high pressure chamber to be connected in a controllably fluid-mechanical manner by way of the valve arrangement,
A strap having at least one clip, the strap including: an elongate flexible member, and at least one clip, wherein the elongate flexible member is partially formed of a first material having a melting point corresponding to a melting point of a material of which the clip is mainly or exclusively formed, the strap characterised by: the elongate flexible member being partially formed of a second material having a melting point higher than the melting point of the first material, and wherein the first material and said material of which the clip is mainly or exclusively formed are chemically compatible so as to form a structure upon heating, the first material and the clip being fused together during a heating process. an elongate flexible member, and at least one clip, wherein the elongate flexible member is partially formed of a first material having a melting point corresponding to a melting point of a material of which the clip is mainly or exclusively formed, the strap characterised by: the elongate flexible member being partially formed of a second material having a melting point higher than the melting point of the first material, and wherein the first material and said material of which the clip is mainly or exclusively formed are chemically compatible so as to form a structure upon heating, the first material and the clip being fused together during a heating process. the elongate flexible member being partially formed of a second material having a melting point higher than the melting point of the first material, and wherein the first material and said material of which the clip is mainly or exclusively formed are chemically compatible so as to form a structure upon heating, the first material and the clip being fused together during a heating process.
Trampoline, comprising a jumping mat formed by movably interconnected slats (104, 800) which form a jumping surface of the jumping mat, wherein - the slats of the jumping mat have a slat body with at least two attachment openings and are movably connected to the attachment openings with additional slats of the jumping mat, - the slats have a standing surface on one standing side and the standing surfaces of the movably connected slats form the jumping surface, characterized in that - at least one of the slats has at least one reception space, where at least one lighting element is arranged, - the at least one lighting element comprises at least one generator for converting kinetic energy into electrical energy and at least one lighting means electrically connected to the generator, with the generator arranged and designed in such a way that it outputs electrical energy to the lighting means whenever the jumping mat is deflected, with the effect that the lighting means emits light, and - the lighting means is arranged in such a way that the lighting means can be seen lit up from outside the slat. - the slats of the jumping mat have a slat body with at least two attachment openings and are movably connected to the attachment openings with additional slats of the jumping mat, - the slats have a standing surface on one standing side and the standing surfaces of the movably connected slats form the jumping surface, characterized in that - at least one of the slats has at least one reception space, where at least one lighting element is arranged, - the at least one lighting element comprises at least one generator for converting kinetic energy into electrical energy and at least one lighting means electrically connected to the generator, with the generator arranged and designed in such a way that it outputs electrical energy to the lighting means whenever the jumping mat is deflected, with the effect that the lighting means emits light, and - the lighting means is arranged in such a way that the lighting means can be seen lit up from outside the slat.
A method for segmentation of blood vessels comprising: acquiring a plurality of images with a plurality of voxels representing axial slices through a region of interest; defining a fascia layer between a muscular region and a subcutaneous region by defining a boundary between high intensity images and low intensity images; determining a first landmark and a second landmark of a blood vessel, wherein the first landmark is on one side of the fascia layer and the second landmark is on the other side of the fascia layer; calculating a subcutaneous path between the first landmark of the blood vessel and the fascia layer by an automatic tracking procedure comprising analysis of vessel direction along the blood vessel; and calculating an intramuscular path between the fascia layer and the second landmark by analysis of the voxels and automatically determining a least cost route given by the vesselness of the voxels. acquiring a plurality of images with a plurality of voxels representing axial slices through a region of interest; defining a fascia layer between a muscular region and a subcutaneous region by defining a boundary between high intensity images and low intensity images; determining a first landmark and a second landmark of a blood vessel, wherein the first landmark is on one side of the fascia layer and the second landmark is on the other side of the fascia layer; calculating a subcutaneous path between the first landmark of the blood vessel and the fascia layer by an automatic tracking procedure comprising analysis of vessel direction along the blood vessel; and calculating an intramuscular path between the fascia layer and the second landmark by analysis of the voxels and automatically determining a least cost route given by the vesselness of the voxels.
Device for temporarily connecting a movable object, in particular a vehicle seat, to a holding rail having longitudinal grooves, wherein the device has at least one axially displaceable locking device and at least one axially displaceable clamping device, which is arranged at a distance from the locking device, for engagement in the holding rail, and the locking device and the clamping device are jointly axially adjustable by a lever device, in particular a lever arm, wherein the lever device acts as a single-sided lever about a first pivot point (1090.1) and about a second pivot point (1090.2) as a two-sided lever, wherein the lever device hinges a locking device about the first pivot point (1090.1) and a clamping device about the second pivot point (1090.2), characterized in that the device comprises a locking profile having an elongated hole and is moved downwards by the pivoting of the lever device about the first pivot point (1090.1) of the locking bolts in the elongated hole, wherein, due to a spring element, the clamping device is held down despite the movement of the locking device in the elongated hole and, after the locking operation is completed, the pivot point changes from the first pivot point (1090.1) to the second pivot point (1090.2) and, by the movement of the lever device around the second pivot point (1090.2), the clamping device is brought upwards in a second elongated hole of the locking profile against the force of a spring element and is clamped to the upper edge of the holding rail.
A variant of a tumor-targeted TNF-related apoptosis-inducing ligand (TRAIL) which is a fusion protein consisting of a peptide segment of a ligand of CD13, a connecting peptide, and the TNF-related apoptosis-inducing ligand (TRAIL) wherein the peptide segment of the ligand of CD13 is the CNGRC peptide with a ring structure.
A brake hydraulic pressure control apparatus for a vehicle, the brake hydraulic pressure control apparatus comprising: a base body formed with a channel of a brake fluid; a motor assembly that includes a rotor and a stator and drives a pump device provided in the channel; a control board of a controller that controls the motor assembly; and a housing that accommodates the control board, and further comprising: a permanent magnet that is attached to the motor assembly and rotates with the rotor; a positioning mechanism that positions the motor assembly and the control board; and a detection sensor that detects a magnetic field generated by the permanent magnet, wherein the motor assembly is arranged in a space that is surrounded by the base body and the housing, the control board is arranged in a rotation axis direction of the rotor in a manner to oppose the permanent magnet, and the detection sensor is mounted on the control board. a base body formed with a channel of a brake fluid; a motor assembly that includes a rotor and a stator and drives a pump device provided in the channel; a control board of a controller that controls the motor assembly; and a housing that accommodates the control board, and further comprising: a permanent magnet that is attached to the motor assembly and rotates with the rotor; a positioning mechanism that positions the motor assembly and the control board; and a detection sensor that detects a magnetic field generated by the permanent magnet, wherein the motor assembly is arranged in a space that is surrounded by the base body and the housing, the control board is arranged in a rotation axis direction of the rotor in a manner to oppose the permanent magnet, and the detection sensor is mounted on the control board. a permanent magnet that is attached to the motor assembly and rotates with the rotor; a positioning mechanism that positions the motor assembly and the control board; and a detection sensor that detects a magnetic field generated by the permanent magnet, wherein the motor assembly is arranged in a space that is surrounded by the base body and the housing, the control board is arranged in a rotation axis direction of the rotor in a manner to oppose the permanent magnet, and the detection sensor is mounted on the control board.
A pallet clamping and positioning system comprising a base plate and at least one pallet on which a workpiece to be machined is arranged and enables fast and accurate positioning and fixing of the pallet and thus the workpiece on the base plate in both horizontal and vertical directions, wherby the base plate has, in its upper face (1.1), arranged a first group of parallel grooves and a second group of parallel grooves extending perpendicularly to the first group of grooves, a distance (d) between the centrelines of the grooves being equal, characterized in that each groove having the shape of an equilateral trapezium in cross-section, and that the pallet has at least one short positioning groove and a centring element arranged therein in its bottom face (2.2), at least part of the centring element having a cross-sectional shape of an equilateral trapezium which, when the pallet is mounted onto the base plate, engages a portion of the groove of the base plate.
A method for separating a carbon structure, for example graphene, carbon nanotubes or semiconductor nanowires, deposited on a seed structure, from the seed structure, consisting of the steps: - providing a carbon structure deposited on a seed structure in a process chamber of a CVD reactors; - heating the substrate comprising the seed structure and the carbon structure to a process temperature; - injecting at least one etching gas with the molecular formula AOmXn, AOmXnYp or AmXn, wherein A is selected from a group of elements, which includes S, C, N, wherein O is oxygen, wherein X, Y are different halogens and m, n, p are natural numbers greater than zero; activating the etching gas by supplying heat, by ultraviolet light or by plasma inside the process chamber so that the etching gas decomposes into first reaction products; - converting the seed structure through a chemical reaction with the etching gas into a second gaseous reaction product; - removing the gaseous reaction product from the process chamber by means of a carrier gas flow. - providing a carbon structure deposited on a seed structure in a process chamber of a CVD reactors; - heating the substrate comprising the seed structure and the carbon structure to a process temperature; - injecting at least one etching gas with the molecular formula AOmXn, AOmXnYp or AmXn, wherein A is selected from a group of elements, which includes S, C, N, wherein O is oxygen, wherein X, Y are different halogens and m, n, p are natural numbers greater than zero; activating the etching gas by supplying heat, by ultraviolet light or by plasma inside the process chamber so that the etching gas decomposes into first reaction products; wherein A is selected from a group of elements, which includes S, C, N, wherein O is oxygen, wherein X, Y are different halogens and m, n, p are natural numbers greater than zero; activating the etching gas by supplying heat, by ultraviolet light or by plasma inside the process chamber so that the etching gas decomposes into first reaction products; - converting the seed structure through a chemical reaction with the etching gas into a second gaseous reaction product; - removing the gaseous reaction product from the process chamber by means of a carrier gas flow.
A vehicle body vibration-damping control device provided with a body vibration estimating unit for estimating a sprung mass behavior of a vehicle body based on input information during travel, and a torque command-value computing unit for computing a correction torque value for correcting a drive torque command value applied to an actuator when the sprung mass behavior is controlled, wherein the torque command-value computing unit has a correction torque-value calculating unit (308, 309, 310) for calculating a correction torque value based on the result of estimating the sprung mass behavior, characterized in that the torque command-value computing unit has a correction torque-value amplifying unit for amplifying the absolute value of the correction torque when in a region where the positive or negative attribute of the calculated correction torque value is reversed, and using the amplified value to correct the drive torque command value.