mhurhangee/ep-ind-claims huggingface dataset:
Switching device for a sanitary fitting, with an inlet and at least two outlets which can each be brought into fluidic connection with the inlet, wherein the switching device comprises a switching element and for each outlet a closing element, wherein each closing element - in its closing position blocks the fluidic connection to the assigned outlet and in its open position clears the fluid connection to the outlet, - is mounted in a linearly movable manner between its closing position and its open position, - is pretensioned in the direction of the closing position or the open position and - has an extension which projects in the direction of the switching element and wherein the switching element - is mounted in a movable manner in a plane aligned perpendicularly to the closing direction of the closing elements, - is movable into at least two different switching positions in the plane and - comprises at least one elevation protruding in the direction of the closing elements, so that each closing element in at least one switching position of the switching element with its extension is not in contact with an elevation of the switching element, and during movement of the switching element into at least one other switching position, with its extension comes into contact with an elevation of the switching element, wherein through displacement of the switching element from the one switching position into the other switching position, the closing element is movable against its pre-tensioning between its open position and its closing position, characterised in that the switching element is mounted in a linearly displaceable manner. - in its closing position blocks the fluidic connection to the assigned outlet and in its open position clears the fluid connection to the outlet, - is mounted in a linearly movable manner between its closing position and its open position, - is pretensioned in the direction of the closing position or the open position and - has an extension which projects in the direction of the switching element - is mounted in a movable manner in a plane aligned perpendicularly to the closing direction of the closing elements, - is movable into at least two different switching positions in the plane and - comprises at least one elevation protruding in the direction of the closing elements,
A safety device for shielding the sharp tip (36; 123) of a medical needle (12; 102), which device comprises the following components: - a needle support (10; 108) for directly or indirectly mounting a needle; - a sleeve (20; 110) for protecting the sharp tip of a supported needle, said sleeve being slidably mounted directly or indirectly on the support (10; 108) and having a shielding position where the sleeve surrounds the sharp tip (36; 123) of a supported needle (12; 102); - spring means (30; 109) separate from the sleeve (20; 110), arranged to act on the sleeve and when sufficiently loaded to move the sleeve to a needle shielding position; and - control means comprising camming means (18,116; 33, 120) arranged to interact with the spring means; said camming means having a camming surface (18; 116) that moves relative to the spring means during use of the device, and wherein said camming surface is arranged for sliding movement within the sleeve (20; 102); - wherein said components have respective initial positions when the device is ready for use; characterised by the control means and spring means (30; 109) being arranged such that said movement of the camming surface (18; 116) from an initial position with respect to the spring means (30; 109) causes the camming surface to interact with the spring means to increase the loading thereof thereby to energise the spring means sufficiently to exert a spring force on the sleeve capable of moving the sleeve (20; 110) to a needle shielding position. - a needle support (10; 108) for directly or indirectly mounting a needle; - a sleeve (20; 110) for protecting the sharp tip of a supported needle, said sleeve being slidably mounted directly or indirectly on the support (10; 108) and having a shielding position where the sleeve surrounds the sharp tip (36; 123) of a supported needle (12; 102); - spring means (30; 109) separate from the sleeve (20; 110), arranged to act on the sleeve and when sufficiently loaded to move the sleeve to a needle shielding position; and - control means comprising camming means (18,116; 33, 120) arranged to interact with the spring means; said camming means having a camming surface (18; 116) that moves relative to the spring means during use of the device, and wherein said camming surface is arranged for sliding movement within the sleeve (20; 102); - wherein said components have respective initial positions when the device is ready for use;
Drawer having a front panel, a rear wall and two side walls, wherein an attachment frame consisting of a hollow profile is disposed above at least one side wall, which is connected to the front panel by means of an adjusting device, wherein the adjusting device has a carrying part which is fixed exclusively to the attachment frame inside the attachment frame and a slide which can be moved in the longitudinal direction of the attachment frame by means of an actuator and having a coupling part, wherein the coupling part has a contour corresponding to the clear cross-section of the attachment frame or to the outer contour of the attachment frame and whose longitudinal extension in the direction of the longitudinal axis of the attachment frame is greater than the maximum adjusting distance of the actuator and wherein the coupling part is fixed non-positively and/or positively on a connecting part fastened to the front panel and covers said connecting part, characterized in that the coupling part abuts flush against the front panel with its front-panel end side.
A method at an access and mobility management node, comprising: receiving from a user equipment, UE, a request for establishing another session to a data network identified by a data network identification, wherein at least one existing session of the UE has been established to the data network; checking whether a subscription data or a policy data for the UE includes a first indication which indicates that a same session management node for multiple sessions to the data network identified by the same data network identification is required; selecting the same session management node used for the at least one existing session for the UE when the subscription data or the policy data includes the first indication; and sending a session establishment request to the selected session management node. receiving from a user equipment, UE, a request for establishing another session to a data network identified by a data network identification, wherein at least one existing session of the UE has been established to the data network; checking whether a subscription data or a policy data for the UE includes a first indication which indicates that a same session management node for multiple sessions to the data network identified by the same data network identification is required; selecting the same session management node used for the at least one existing session for the UE when the subscription data or the policy data includes the first indication; and sending a session establishment request to the selected session management node.
Device for reaming a flight gap of a drill flight of a drilling tool, comprising - a base carriage which can be displaceably mounted along a mast of a drilling apparatus, wherein the base carriage can be attached to a drill drive carriage by coupling it with at least one chain, - a reaming element which is configured to engage in the flight gap of the drilling tool, wherein soil material adhering to the drilling tool can be scraped off by the reaming element when the drilling tool is rotated, and - a support arm on which the reaming element is held, and which is mounted movably relative to the base carriage between a retracted position, in which the reaming element is spaced apart from the drilling tool, and a reaming position, in which the reaming element engages in the flight gap for reaming soil material, - wherein the support arm is pivotally mounted between the retracted position and the reaming position about a pivot axle which is oriented substantially parallel to a drilling longitudinal axis of the drilling tool, - wherein the support arm is additionally mounted on the base carriage in a direction parallel to the drilling longitudinal axis of the drilling tool, so as to be deflectable from a basic position, and - wherein the support arm is held in the basic position with a biasing force by means of at least one bias device (40, 76, 84). - a base carriage which can be displaceably mounted along a mast of a drilling apparatus, wherein the base carriage can be attached to a drill drive carriage by coupling it with at least one chain, - a reaming element which is configured to engage in the flight gap of the drilling tool, wherein soil material adhering to the drilling tool can be scraped off by the reaming element when the drilling tool is rotated, and - a support arm on which the reaming element is held, and which is mounted movably relative to the base carriage between a retracted position, in which the reaming element is spaced apart from the drilling tool, and a reaming position, in which the reaming element engages in the flight gap for reaming soil material, - wherein the support arm is pivotally mounted between the retracted position and the reaming position about a pivot axle which is oriented substantially parallel to a drilling longitudinal axis of the drilling tool, - wherein the support arm is additionally mounted on the base carriage in a direction parallel to the drilling longitudinal axis of the drilling tool, so as to be deflectable from a basic position, and - wherein the support arm is held in the basic position with a biasing force by means of at least one bias device (40, 76, 84).
A system for asynchronous serial data transmission having at least one transmission unit which is configured for transmitting a message and having at least one reception unit which is configured for receiving the message, wherein the message comprises at least one identification data field and one payload field, characterized in that a reference code is stored in the reception unit and at least coincides with a part code section of the identification data field; and in that the reception unit is configured to continuously compare a most recently received character sequence from a data stream of the received message with the reference code and to synchronize itself with respect to the successive characters of the message after a determination of coincidence between the character sequence and the reference code.
An energy stimulation device including at least one stimulation generator provided with at least one first metal body and at least one second metal body in electrical and mechanical contact with the first metal body, the first metal body and the second metal body comprising different metals, the device further includes at least one stimulation transmitter, the stimulation transmitter comprising a rigid support which is distinct from the stimulation generator, and the stimulation generator being fastened on the rigid support, the rigid support not being flexible manually without tools, characterised in that the stimulation generator is in the form of a flat plate with a substantially planar main face facing the rigid support. the device further includes at least one stimulation transmitter, the stimulation transmitter comprising a rigid support which is distinct from the stimulation generator, and the stimulation generator being fastened on the rigid support, the rigid support not being flexible manually without tools, characterised in that the stimulation generator is in the form of a flat plate with a substantially planar main face facing the rigid support.
Fully automatic coffee machine, particularly for domestic purposes, for the preparation of a plurality of different coffee beverages, having a housing of a brewing unit for accommodating a brewing chamber, having a spindle for moving the brewing chamber, having a brewing head with a T-piston for pressing ground coffee in the brewing chamber and for accommodating a detection facility for detecting a pressing force on the ground coffee, wherein a spring element with a defined spring stiffness, which is arranged in a power chain, which develops during operation from the brewing head via the housing (20 to the T-piston, is disposed in a region between the housing and the T-piston, and the deformation of which is detected by the detection facility during operation of the machine, characterised in that the spring element supports the spindle in a spring-loaded manner in its axial direction (a) and the spring stroke of which is detected by the detection facility.
A regeneration control system in a vehicle, comprising: a generator that is mechanically interlocked with a wheel of the vehicle; regeneration means for converting kinetic energy of said wheel into electrical energy by actuating said generator while said vehicle is decelerating, and detection means for detecting slippage of said wheel while said generator is actuated by said regeneration means only when said vehicle is decelerated without a braking operation from the driver, characterized by the detection means is further configured to determine that the wheel is slipping, if the time derivative of the change in the regenerated electric energy generated by said generator exceeds a predetermined criterion value; and control means for decreasing the electric energy generated by said generator by changing the duty cycle of the current supplied to the generator at the time when slippage of said wheel is detected by said detection means. a generator that is mechanically interlocked with a wheel of the vehicle; regeneration means for converting kinetic energy of said wheel into electrical energy by actuating said generator while said vehicle is decelerating, and detection means for detecting slippage of said wheel while said generator is actuated by said regeneration means only when said vehicle is decelerated without a braking operation from the driver, characterized by the detection means is further configured to determine that the wheel is slipping, if the time derivative of the change in the regenerated electric energy generated by said generator exceeds a predetermined criterion value; and control means for decreasing the electric energy generated by said generator by changing the duty cycle of the current supplied to the generator at the time when slippage of said wheel is detected by said detection means.
A process for the continuous production of one or more glycols from a saccharide-containing feedstock, said process comprising the steps of: i) contacting the saccharide-containing feedstock comprising at least 1wt% saccharide in a solvent with hydrogen in the presence of one or more catalysts in a reactor at a reaction temperature and at a reaction pressure which is above the vapour pressure of the solvent at the reaction temperature in a continuous manner, to provide a reaction effluent stream comprising hydrogen and one or more glycols; ii) separating hydrogen from the reaction effluent stream, without substantial de-pressurisation of said reaction effluent stream, to provide a separated hydrogen stream and a first liquid effluent stream, wherein the hydrogen is separated from the reaction effluent stream at a pressure within 0.2 MPa of the reaction pressure; iii) providing at least a portion of the separated hydrogen stream as a hydrogen recycle stream to the reactor for re-use in step i); and iv) cooling down the first liquid effluent stream by staged flashing which removes solvent from the first liquid effluent stream as vapour, wherein the energy contained in this evaporated solvent is used elsewhere in the process. i) contacting the saccharide-containing feedstock comprising at least 1wt% saccharide in a solvent with hydrogen in the presence of one or more catalysts in a reactor at a reaction temperature and at a reaction pressure which is above the vapour pressure of the solvent at the reaction temperature in a continuous manner, to provide a reaction effluent stream comprising hydrogen and one or more glycols; ii) separating hydrogen from the reaction effluent stream, without substantial de-pressurisation of said reaction effluent stream, to provide a separated hydrogen stream and a first liquid effluent stream, wherein the hydrogen is separated from the reaction effluent stream at a pressure within 0.2 MPa of the reaction pressure; iii) providing at least a portion of the separated hydrogen stream as a hydrogen recycle stream to the reactor for re-use in step i); and iv) cooling down the first liquid effluent stream by staged flashing which removes solvent from the first liquid effluent stream as vapour, wherein the energy contained in this evaporated solvent is used elsewhere in the process.
A user equipment, UE, for use in a 3rd generation partnership project new radio, 3GPP NR,-based wireless communication system supporting operations on an unlicensed band, the UE comprising: a communication module; and a processor controlling the communication module, wherein the processor is configured to carry out a method comprising: receiving at least one uplink, UL, grant for scheduling a plurality of consecutive UL transmissions on the unlicensed band, wherein the at least one UL grant indicates a channel access type as one of at least: - a first channel access type based on a random back-off, and - a second channel access type based on a fixed sensing duration only, the fixed sensing duration having one of various lengths including 16μs and 25μs; characterized by, based on the indicated channel access type, attempting a first channel access to perform an UL transmission, which is not a last UL transmission, among the plurality of consecutive UL transmissions on the unlicensed band; and based on 1) the first channel access corresponding to the second channel access type with a fixed sensing duration of 16μs, and 2) the first channel access being failed, attempting a second channel access to perform a next UL transmission among the plurality of consecutive UL transmissions, according to the second channel access type with a fixed sensing duration of 25μs. receiving at least one uplink, UL, grant for scheduling a plurality of consecutive UL transmissions on the unlicensed band, wherein the at least one UL grant indicates a channel access type as one of at least: - a first channel access type based on a random back-off, and - a second channel access type based on a fixed sensing duration only, the fixed sensing duration having one of various lengths including 16μs and 25μs; - a first channel access type based on a random back-off, and - a second channel access type based on a fixed sensing duration only, the fixed sensing duration having one of various lengths including 16μs and 25μs; characterized by, based on the indicated channel access type, attempting a first channel access to perform an UL transmission, which is not a last UL transmission, among the plurality of consecutive UL transmissions on the unlicensed band; and based on 1) the first channel access corresponding to the second channel access type with a fixed sensing duration of 16μs, and 2) the first channel access being failed, attempting a second channel access to perform a next UL transmission among the plurality of consecutive UL transmissions, according to the second channel access type with a fixed sensing duration of 25μs.
A lens system applied to a fingerprint identification apparatus, which is disposed in a partial region under a display screen of a terminal device to form an under-display optical fingerprint system, a fingerprint detecting region of the fingerprint identification apparatus being disposed within a display region of the display screen, and the lens system comprising: a first lens and a second lens arranged sequentially from an object side to an image side, wherein the first lens is an S-shaped meniscus negative optical power lens, the second lens is a biconvex positive optical power lens, and a focal length of the first lens and a focal length of the second lens follow a first relationship so that a field of view, FOV, of the lens system is greater than a first threshold, the first relationship is: -2.6 < f 1 / f 2 <-1.6, wherein f 1 is the focal length of the first lens and f 2 is the focal length of the second lens, the first threshold is 100 degrees.
Bioactive glass compositions wherein they are selected from: - 23.20% MgO, 28.18% CaO, 1.66% P 2 O 5, 46.41% SiO 2, 0.55% CaF 2, or - 21.29% MgO, 31.57% CaO, 3.43% P 2 O 5, 42.57% SiO 2, 1.14% CaF 2, or - 21.29% MgO, 32.00% CaO, 3.57% P 2 O 5, 42.57% SiO 2, 0.57% CaF 2, or - 19.24% MgO, 36.07% CaO, 5.61% P 2 O 5, 38.49% SiO 2, 0.59% CaF 2, in which all the percentages are molar percentages; wherein the bioactive glass composition is a well sintered glass powder after sintering in a temperature range of 800-850°C for 1 h, with a crystalline content of up to 30 wt.% with CaMgSi 2 O 6 as the major crystalline phase; wherein the bioactive glass composition has a three-point flexural strength of 80-150 MPa and a coefficient of thermal expansion between 11 x 10 -6 and 12 x 10 -6 K -1 at 200-600°C. - 23.20% MgO, 28.18% CaO, 1.66% P 2 O 5, 46.41% SiO 2, 0.55% CaF 2, or - 21.29% MgO, 31.57% CaO, 3.43% P 2 O 5, 42.57% SiO 2, 1.14% CaF 2, or - 21.29% MgO, 32.00% CaO, 3.57% P 2 O 5, 42.57% SiO 2, 0.57% CaF 2, or - 19.24% MgO, 36.07% CaO, 5.61% P 2 O 5, 38.49% SiO 2, 0.59% CaF 2, in which all the percentages are molar percentages; wherein the bioactive glass composition is a well sintered glass powder after sintering in a temperature range of 800-850°C for 1 h, with a crystalline content of up to 30 wt.% with CaMgSi 2 O 6 as the major crystalline phase; wherein the bioactive glass composition has a three-point flexural strength of 80-150 MPa and a coefficient of thermal expansion between 11 x 10 -6 and 12 x 10 -6 K -1 at 200-600°C.
An insulated wire comprising a conductor and, covering the conductor, an insulating layer which has a thickness of ≤ 0.3 mm and contains a propylene-based copolymer which has a melting point of 125-145°C and meets the following requirement (i), (ii) or both (i) and (ii): (i) in the propylene-based copolymer the total content of ethylene and butene is ≤ 7 mass-%, and the content of butene is ≤ 2 mass-%; (ii) the propylene-based copolymer satisfies the equation: (melting point - crystallization peak temperature) = 30-40°C. (i) in the propylene-based copolymer the total content of ethylene and butene is ≤ 7 mass-%, and the content of butene is ≤ 2 mass-%; (ii) the propylene-based copolymer satisfies the equation: (melting point - crystallization peak temperature) = 30-40°C.