mhurhangee/ep-ind-claims huggingface dataset:
A door leaf for motor vehicles and rail vehicles, comprising a primary closing edge, wherein - a light source is disposed on the primary closing edge, - a light profile is disposed on the primary closing edge and configured for conducting and scattering a light emission of the light source, wherein the light profile forms a first light profile groove and a second light profile groove, and wherein the shape of the first light profile groove is adapted to the shape of the light source such that the light source is disposed therein, - characterized in that a rubber finger guard is disposed on the light profile on the side of the light profile opposite the door leaf in the second light profile groove. - a light source is disposed on the primary closing edge, - a light profile is disposed on the primary closing edge and configured for conducting and scattering a light emission of the light source, wherein the light profile forms a first light profile groove and a second light profile groove, and wherein the shape of the first light profile groove is adapted to the shape of the light source such that the light source is disposed therein, - characterized in that
A system comprising: one or more processors; and a memory that stores one or more programs that are configured to be executed by the one or more processors, the one or more programs including instructions that: pre-train the neural transformer model with attention with a first unsupervised training dataset, the fist unsupervised training dataset including a plurality of sequences of natural language; pre-train a neural transformer model with attention with a second unsupervised training dataset, the second unsupervised training dataset including a plurality of sequences of source code from source code methods of a programming language; fine-tune the neural transformer model with attention with a supervised training dataset, the supervised dataset including mapped unit test case pairs, a mapped unit test case pair includes a focal method and an associated unit test case; and deploy the neural transformer model with attention in a unit test case generation system to predict a unit test case for a target method. one or more processors; and a memory that stores one or more programs that are configured to be executed by the one or more processors, the one or more programs including instructions that: pre-train the neural transformer model with attention with a first unsupervised training dataset, the fist unsupervised training dataset including a plurality of sequences of natural language; pre-train a neural transformer model with attention with a second unsupervised training dataset, the second unsupervised training dataset including a plurality of sequences of source code from source code methods of a programming language; fine-tune the neural transformer model with attention with a supervised training dataset, the supervised dataset including mapped unit test case pairs, a mapped unit test case pair includes a focal method and an associated unit test case; and deploy the neural transformer model with attention in a unit test case generation system to predict a unit test case for a target method. pre-train the neural transformer model with attention with a first unsupervised training dataset, the fist unsupervised training dataset including a plurality of sequences of natural language; pre-train a neural transformer model with attention with a second unsupervised training dataset, the second unsupervised training dataset including a plurality of sequences of source code from source code methods of a programming language; fine-tune the neural transformer model with attention with a supervised training dataset, the supervised dataset including mapped unit test case pairs, a mapped unit test case pair includes a focal method and an associated unit test case; and deploy the neural transformer model with attention in a unit test case generation system to predict a unit test case for a target method.
An assembly for supporting coils of an inductive sensor, comprising: a transmitter coil; at least one receiver coil; and a winding structure on which the transmitter coil and the at least one receiver coil are wound, said winding structure having at least two circumferential slots (302a, 302b; 412), wherein one of the at least two slots contains at least a first portion of the transmitter coil and at least a portion of a receiver coil of the at least one receiver coil. a transmitter coil; at least one receiver coil; and a winding structure on which the transmitter coil and the at least one receiver coil are wound, said winding structure having at least two circumferential slots (302a, 302b; 412),
A silencer for exhaust systems of motor vehicles with an internal combustion engine, the silencer comprising: a) an exhaust gas flow pipe (5; 5e; 5f; 5i; 5j; 5l) for guiding exhaust gas, with b) at least one exhaust gas inlet opening, c) at least one exhaust gas outlet opening (26, 26i), which has a flow connection to the at least one exhaust gas inlet opening, and d) a longitudinal center axis; e) at least one actuable adjustment body (8; 8g; 8h; 8i) to influence a flow of the exhaust gas in the exhaust gas flow pipe (5; 5e; 5f; 5i; 5j; 5l), f) wherein the at least one actuable adjustment body (8; 8g; 8h; 8i) is arranged downstream of the at least one exhaust gas inlet opening, and g) is movable between an open position and a closed position; and h) at least one bypass channel (7; 7a; 7b; 7d; 7e; 7f; 7i; 7j; 7l), which i) has a flow connection to the exhaust gas flow pipe (5; 5e; 5f; 5i; 5j; 51), j) has at least one exhaust gas outlet opening (23; 32), k) wherein least one bypass channel (7; 7a; 7b; 7d; 7e; 7f; 7i; 7j; 7l) is defined by a bypass body (18; 18a; 18b; 18d; 18e; 18f; 18i; 18j; 18k; 18l) being a separate insert, characterized in that the bypass channel (7; 7b; 7d; 7l) comprises a plurality of flow chambers. a) an exhaust gas flow pipe (5; 5e; 5f; 5i; 5j; 5l) for guiding exhaust gas, with b) at least one exhaust gas inlet opening, c) at least one exhaust gas outlet opening (26, 26i), which has a flow connection to the at least one exhaust gas inlet opening, and d) a longitudinal center axis; b) at least one exhaust gas inlet opening, c) at least one exhaust gas outlet opening (26, 26i), which has a flow connection to the at least one exhaust gas inlet opening, and d) a longitudinal center axis; e) at least one actuable adjustment body (8; 8g; 8h; 8i) to influence a flow of the exhaust gas in the exhaust gas flow pipe (5; 5e; 5f; 5i; 5j; 5l), f) wherein the at least one actuable adjustment body (8; 8g; 8h; 8i) is arranged downstream of the at least one exhaust gas inlet opening, and g) is movable between an open position and a closed position; and f) wherein the at least one actuable adjustment body (8; 8g; 8h; 8i) is arranged downstream of the at least one exhaust gas inlet opening, and g) is movable between an open position and a closed position; and h) at least one bypass channel (7; 7a; 7b; 7d; 7e; 7f; 7i; 7j; 7l), which i) has a flow connection to the exhaust gas flow pipe (5; 5e; 5f; 5i; 5j; 51), j) has at least one exhaust gas outlet opening (23; 32), k) wherein least one bypass channel (7; 7a; 7b; 7d; 7e; 7f; 7i; 7j; 7l) is defined by a bypass body (18; 18a; 18b; 18d; 18e; 18f; 18i; 18j; 18k; 18l) being a separate insert, i) has a flow connection to the exhaust gas flow pipe (5; 5e; 5f; 5i; 5j; 51), j) has at least one exhaust gas outlet opening (23; 32), k) wherein least one bypass channel (7; 7a; 7b; 7d; 7e; 7f; 7i; 7j; 7l) is defined by a bypass body (18; 18a; 18b; 18d; 18e; 18f; 18i; 18j; 18k; 18l) being a separate insert,
Surround-view system for a vehicle, the surround-view system including: a camera (102, 103, 104, 105, 106) for producing camera data of an environment of the vehicle; a control device for producing an image from the camera data; a display device for displaying the image; wherein the control device is embodied to produce the image from the camera data, characterized in that the surround-view system furthermore includes: an attachment unit recognition apparatus; wherein the attachment unit recognition apparatus is embodied to automatically detect, upon mounting of an attachment unit to the vehicle, said attachment unit and to determine a dimension (112, 113) of the attachment unit; and in that the control device is embodied to adapt, in the case of the detection of the attachment unit, a field of view of the image taking into consideration the determined dimension (112, 113) of the attachment unit for producing the image. a camera (102, 103, 104, 105, 106) for producing camera data of an environment of the vehicle; a control device for producing an image from the camera data; a display device for displaying the image; wherein the control device is embodied to produce the image from the camera data, characterized in that the surround-view system furthermore includes: an attachment unit recognition apparatus; wherein the attachment unit recognition apparatus is embodied to automatically detect, upon mounting of an attachment unit to the vehicle, said attachment unit and to determine a dimension (112, 113) of the attachment unit; and in that the control device is embodied to adapt, in the case of the detection of the attachment unit, a field of view of the image taking into consideration the determined dimension (112, 113) of the attachment unit for producing the image. an attachment unit recognition apparatus; wherein the attachment unit recognition apparatus is embodied to automatically detect, upon mounting of an attachment unit to the vehicle, said attachment unit and to determine a dimension (112, 113) of the attachment unit; and in that the control device is embodied to adapt, in the case of the detection of the attachment unit, a field of view of the image taking into consideration the determined dimension (112, 113) of the attachment unit for producing the image.
A liquid heating device for use on an induction hob, comprising: a vessel to accept, contain, heat and dispense water, the vessel made from a non-ferromagnetic material; a ferromagnetic heating plate arranged to be located inside the vessel adjacent to the base of the vessel, wherein the ferromagnetic heating plate is arranged to be movable vertically in a substantially perpendicular direction away from the base of the vessel and return; and an arrangement to lift the ferromagnetic heating plate comprising a thermally sensitive actuator, wherein the ferromagnetic heating plate is mechanically coupled to the thermally sensitive actuator; the thermally sensitive actuator comprising: a means to store energy; a steam chamber fluidly connected to the vessel; a releasable latching mechanism for the actuator which incorporates a thermally sensitive device set to operate at a predetermined temperature when influenced by the proximity of steam entering the steam chamber from boiling water in the vessel; and a push-button or switch to facilitate a manual intervention of the actuator's operation and permitting a user to set or reset the actuator's position; characterised in that the latching mechanism can be manually overridden or released by physically pressing down on the push-button or switch whereby the latching mechanism is released by moving or deflecting part of that mechanism. a vessel to accept, contain, heat and dispense water, the vessel made from a non-ferromagnetic material; a ferromagnetic heating plate arranged to be located inside the vessel adjacent to the base of the vessel, wherein the ferromagnetic heating plate is arranged to be movable vertically in a substantially perpendicular direction away from the base of the vessel and return; and an arrangement to lift the ferromagnetic heating plate comprising a thermally sensitive actuator, wherein the ferromagnetic heating plate is mechanically coupled to the thermally sensitive actuator; the thermally sensitive actuator comprising: a means to store energy; a steam chamber fluidly connected to the vessel; a releasable latching mechanism for the actuator which incorporates a thermally sensitive device set to operate at a predetermined temperature when influenced by the proximity of steam entering the steam chamber from boiling water in the vessel; and a push-button or switch to facilitate a manual intervention of the actuator's operation and permitting a user to set or reset the actuator's position; a means to store energy; a steam chamber fluidly connected to the vessel; a releasable latching mechanism for the actuator which incorporates a thermally sensitive device set to operate at a predetermined temperature when influenced by the proximity of steam entering the steam chamber from boiling water in the vessel; and a push-button or switch to facilitate a manual intervention of the actuator's operation and permitting a user to set or reset the actuator's position;
A consumable dispenser (1, 35), the consumable being of liquid soap or hydro-alcoholic solution type, the dispenser including: - a casing, including a frame and a cover, said cover being movable on the frame between a closed position and an open position allowing access inside the casing, - a locking element for locking the cover on the frame, - a lower hinge, located proximate to a lower edge of the dispenser (1, 35), arranged so as to enable a rotation of the cover relative to the frame about a lower axis of rotation substantially transverse to a longitudinal plane of the dispenser (1, 35), - at least one upper hinge, located proximate to an upper edge of the dispenser (1, 35), arranged so as to enable, when the cover is in its closed position on the frame, a rotation of the cover relative to the frame about an upper axis of rotation substantially transverse to the longitudinal plane of the dispenser (1, 35), each upper hinge including a first rotating element carried by the inside the cover and a second rotating element carried by the inside the frame, characterized in that said first rotating element includes a first split edge and said second rotating element includes a second split edge, shifted by an angle substantially equal to 90° with respect to said first split edge, said first and second split edges penetrate into one another and one of said first and second rotating elements (73, 75) extending according to an axis transverse to the longitudinal plane of the dispenser (1, 35). - a casing, including a frame and a cover, said cover being movable on the frame between a closed position and an open position allowing access inside the casing, - a locking element for locking the cover on the frame, - a lower hinge, located proximate to a lower edge of the dispenser (1, 35), arranged so as to enable a rotation of the cover relative to the frame about a lower axis of rotation substantially transverse to a longitudinal plane of the dispenser (1, 35), - at least one upper hinge, located proximate to an upper edge of the dispenser (1, 35), arranged so as to enable, when the cover is in its closed position on the frame, a rotation of the cover relative to the frame about an upper axis of rotation substantially transverse to the longitudinal plane of the dispenser (1, 35),
Method for producing a bolt having a head, which is provided with a peripheral groove or channel, wherein the groove or channel is produced by pressing a bead on the head using a radially active closure tool, characterised in that the bolt is produced from a wire portion by twice precompressing the head and final compression, with the bead for the groove being produced, and that, during pre-compression, the head of the bolt assumes the shape of two concentric cylinders (14, 16) which are located one on top of the other, the shaft-side cylinder having a larger diameter than the cylinder arranged thereabove, and in that, during final compression, there is produced on the upper end of the upper cylinder a radially outwardly extending bead which then forms the upper delimitation of the groove or channel by the two concentric cylinders (14, 16) being surrounded by jaws of a tool which are provided with steps (114, 116) during the final compression operation so that only the uppermost end of the uppermost cylinder can be deformed outwards during the final compression operation, and that the tool for final compression is provided with a socket which has a cylindrical opening in which a cupping insert for receiving the shaft of the precompressed bolt in the axial direction of the opening is movably arranged and which widens upwards in a conical manner and in which there are moved downwards in an axial direction during the final compression operation the jaws of the tool which have at the outer sides thereof surfaces which correspond to the conical widening so that they automatically close around the head of the bolt during the final compression operation, and that the stamp which is required for final compression of the head of the bolt and for producing the bead is designed in a hollow-cylindrical manner and is received in a hollow-cylindrical stamp retention member in an axially displaceable manner and the stamp retention member is designed in such a manner that it first presses the jaws of the tool downwards during the final compression operation so that they close around the head of the bolt and the stamp is only then moved downwards in order to form the bead as an upper delimitation of the groove.
A system for neuromodulation of nerves implantable into a human body and having electronic signal generating means provided in an implantable signal generator housing, the system also having voltage supply means connected or connectable to the signal generating means, at least one oblong multi-channel wire electrode means connected or connectable to the signal generator housing and realized for implantation on a nerve, preferably in the pelvic floor and/or abdominal area, in the human body, said multi-channel wire electrode means realizing a plurality of shell segment electrodes (16a - 16d) on a nerve contact area and, at the ends thereof, the multi-channel wire electrode means being provided with fixing means for anchoring the wire electrode means to an implantation location, the signal generator housing having a flat fixing section which sits and/or protrudes in the manner of a flange and/or a piece of tissue and which allows the surgical fixation of the signal generator housing to a tissue, muscle or bone area in the body, in particular to an area of the pubic bone, to a muscle portion and/or to a fascia and the signal generator housing having sleeve-like, curved electrode wire guide means which can be manually operated, in particular via an operation section, and which are realized for penetrating tissue of the human body from the extracorporeal at an implantation area and for guiding the wire electrode means in a sleeve-shaped guide section of the electrode wire guide means and, in particular, for inserting the wire electrode means into the guide section from the intracorporeal, characterized in that the electrode wire guide means have an assigned mandrel which can be inserted into the sleeve-shaped guide section and which can be detached from the electrode wire guide means by pulling out of an end portion on the body side of the electrode wire guide means when the electrode wire guide means are inserted into the body and which preferably realizes a tip which allows the penetration.
Dual-clutch actuator with a hydraulic pump, a first clutch hydraulic circuit, a second clutch hydraulic circuit, wherein the first clutch hydraulic circuit has a control valve, wherein the second clutch hydraulic circuit is connected to the hydraulic pump and in turn has a control valve, characterized in that the dual-clutch actuator further comprises a first shift hydraulic circuit, wherein the first shift hydraulic circuit is connected to the hydraulic pump and has a control valve which has a return connection, wherein the first clutch hydraulic circuit is connected to the return connection of the control valve of the first shift hydraulic circuit.
Process for the depolymerization of a furandicarboxylate containing polyester comprising poly(alkylene 2,5-furandicarboxylate), which process comprises reacting the polyester with an alcohol or water in the presence of a depolymerisation catalyst, comprising a base, wherein the base is selected from the group consisting of metal alkoxides, metal hydroxides, metal carbonates, metal carboxylates and mixtures thereof, wherein the reaction temperature ranges from room temperature to 350 °C, and reaction pressure ranges from 1 to 10 bar, to yield a product comprising a furandicarboxylate compound and diol.
Thermoplastic moulding compound consisting of: 20-88% by weight thermoplastic synthetic; 10-70% by weight fibre-shaped aggregates; 10-70% by weight glass fibres that consist primarily of silicon dioxide, aluminium oxide, and magnesium oxide and which have a magnesium oxide content of at least 5% by weight and a content in calcium oxide of at most 10 % by weight, or mixtures thereof; 0-20% by weight of glass fibres that differ from the fibres in components; 0-20% by weight of additional fibre-shaped aggregates that differ from the fibres in components and, are not based on glass, and are selected from the following group: carbon fibres, graphite fibres, aramide fibres, nanotubes; 2 - 40% by weight particulate filler material; 0 - 2% by weight additives; whereby the sum of through equals 100% weight. 20-88% by weight thermoplastic synthetic; 10-70% by weight fibre-shaped aggregates; 10-70% by weight glass fibres that consist primarily of silicon dioxide, aluminium oxide, and magnesium oxide and which have a magnesium oxide content of at least 5% by weight and a content in calcium oxide of at most 10 % by weight, or mixtures thereof; 0-20% by weight of glass fibres that differ from the fibres in components; 0-20% by weight of additional fibre-shaped aggregates that differ from the fibres in components and, are not based on glass, and are selected from the following group: carbon fibres, graphite fibres, aramide fibres, nanotubes; 10-70% by weight glass fibres that consist primarily of silicon dioxide, aluminium oxide, and magnesium oxide and which have a magnesium oxide content of at least 5% by weight and a content in calcium oxide of at most 10 % by weight, or mixtures thereof; 0-20% by weight of glass fibres that differ from the fibres in components; 0-20% by weight of additional fibre-shaped aggregates that differ from the fibres in components and, are not based on glass, and are selected from the following group: carbon fibres, graphite fibres, aramide fibres, nanotubes; 2 - 40% by weight particulate filler material; 0 - 2% by weight additives;
A syringe carrier for housing a syringe in a medicament delivery device, comprising: a body (1.1) adapted to receive a barrel (2.1) of a syringe, the body (1.1) including a longitudinal slot and a distal end having resilient distal clamps (1.15) with shoulder sections (1.4), the shoulder sections (1.4) adapted to engage a circumferential gap between the barrel (2.1) of the syringe and a needle shield covering a needle of the syringe, wherein an annular collar (1.2) is formed at a proximal end of the body (1.1), characterized in that one or more groove hinges (1.17) are formed in the body (1.1) adjacent the collar (1.2), wherein the one or more groove hinges (1.17) are defined by a respective groove widening of the longitudinal slot adjacent the collar (1.2), wherein a rounded off smooth transition is provided between the groove hinge (1.17) and a distally adjacent portion of the longitudinal slot such that when a syringe with a needle shield is loaded in the syringe carrier, the body (1.1) may deflect about the groove hinges (1.17) when the needle shield abuts the shoulder section (1.4).
An embedded rotor fluid circulating pump comprising: - a cartridge defining a cavity, - a shaft rotatable about its longitudinal axis in the cavity of the cartridge, the pump being characterized in that it comprises fluid circulation ducts within the shaft which are in communication with the cavity, the ducts extending along the shaft. - a cartridge defining a cavity, - a shaft rotatable about its longitudinal axis in the cavity of the cartridge,