mhurhangee/ep-ind-claims huggingface dataset:
Spacer for arrangement between a hollow wall and an insulation above an electrical load, in particular a built-in light, behind a mounting opening of the hollow wall, the spacer comprising a. a plurality of arms for support against the hollow wall, which are interconnected via their respective rear side ends via at least one deformable joint region such that the spacer is insertable through the mounting opening into the hollow wall in a deformed state; b. a receiving space for the electrical load enclosed by the arms, characterized in that c. the arms are shortenable in their length along at least one separating point (9, 10), such that the volume of the receiving space is reducible. a. a plurality of arms for support against the hollow wall, which are interconnected via their respective rear side ends via at least one deformable joint region such that the spacer is insertable through the mounting opening into the hollow wall in a deformed state; b. a receiving space for the electrical load enclosed by the arms, characterized in that c. the arms are shortenable in their length along at least one separating point (9, 10), such that the volume of the receiving space is reducible.
Hearing device, which comprises a battery module, - wherein the battery module comprises a secondary cell, - wherein the battery module comprises a reception coil for contactless charging of the secondary cell, - wherein the battery module comprises a circuit board having a conductor track which forms the reception coil, - wherein the circuit board comprises a plurality of layers (30, 32), which are stacked above one another in a stack direction, - wherein the conductor track extends over the plurality of layers (30, 32) while comprising a conductor loop, which has at least one turn, in each of the plurality of layers (30, 32), - wherein the secondary cell is cylindrical and has a lateral surface, - wherein the secondary cell extends in a longitudinal direction along a longitudinal axis, - wherein the lateral surface encircles the longitudinal axis and bounds the secondary cell in a radial direction perpendicular to the longitudinal direction, characterized - in that the circuit board as well as the reception coil are curved and follow the lateral surface, - in that the circuit board has a curved profile, in such a way that the circuit board is likewise curved around the longitudinal axis of the secondary cell and the stack direction of the circuit board therefore corresponds to the radial direction. - wherein the battery module comprises a secondary cell, - wherein the battery module comprises a reception coil for contactless charging of the secondary cell, - wherein the battery module comprises a circuit board having a conductor track which forms the reception coil, - wherein the circuit board comprises a plurality of layers (30, 32), which are stacked above one another in a stack direction, - wherein the conductor track extends over the plurality of layers (30, 32) while comprising a conductor loop, which has at least one turn, in each of the plurality of layers (30, 32), - wherein the secondary cell is cylindrical and has a lateral surface, - wherein the secondary cell extends in a longitudinal direction along a longitudinal axis, - wherein the lateral surface encircles the longitudinal axis and bounds the secondary cell in a radial direction perpendicular to the longitudinal direction, - in that the circuit board as well as the reception coil are curved and follow the lateral surface, - in that the circuit board has a curved profile, in such a way that the circuit board is likewise curved around the longitudinal axis of the secondary cell and the stack direction of the circuit board therefore corresponds to the radial direction.
A sighting scope comprising: a scope body, an outer frame covering at least a middle portion along an optical axis of the scope body, a rotational support structure (2p,3p) which rotatably support the scope body around a rotational axis located on a plane orthogonal to the optical axis inside of the outer frame, and an angular adjustment mechanism which can adjust an inclined angle (θ) of the scope body with respect to the outer frame, characterized in that the sighting scope further comprises a rotational sliding contact portion (2s,3s or 2t,3t) which is placed between the scope body and one of opening edges (3a, 3c) at ends (3b,3d) of the outer frame located on front and back sides of the rotational axis along the optical axis, and which is designed to be able to slide around the rotational axis. a scope body, an outer frame covering at least a middle portion along an optical axis of the scope body, a rotational support structure (2p,3p) which rotatably support the scope body around a rotational axis located on a plane orthogonal to the optical axis inside of the outer frame, and an angular adjustment mechanism which can adjust an inclined angle (θ) of the scope body with respect to the outer frame, characterized in that the sighting scope further comprises a rotational sliding contact portion (2s,3s or 2t,3t) which is placed between the scope body and one of opening edges (3a, 3c) at ends (3b,3d) of the outer frame located on front and back sides of the rotational axis along the optical axis, and which is designed to be able to slide around the rotational axis.
Device for closing and tightening two sections (15 a, 15 b) of a flexible band, in particular two end sections (15 a, 15 b) of a flexible belt band, each of said band sections (15 a, 15 b) having a free end (15 a ', 15 b ') and being equipped with structural means for their fastening to each other, said fastening means comprise two keeper parts (2, 3), i.e., on the one hand, an end keeper arranged at the free end (15 a ') of a first band section (15 a), comprising an opening provided for the crossing of the second band section (15 b), and on the other hand, a lateral keeper intended to come at said second band section (15 b), remote from the free end (15 b ') of the latter, characterized in that the lateral keeper comprises two openings, a rear one and a front one, separated by a transverse structural element, for the crossing of said second band section (15 b) during the closing and tightening operations, said second band section (15 b) being intended to cooperate with said both keepers (2, 3) during said closing and tightening operations, by being successively introduced, starting from said lateral keeper, through the opening of the end keeper, the rear opening of said lateral keeper and the front opening of this same lateral keeper, so as to be folded into a generally S-shape, with three superimposed portions, i.e., successively, (i) a rear portion (15 b 1) extending from said lateral keeper to the opening of said end keeper, (ii) an intermediate portion (15 b 2) extending from said opening of the end keeper to the rear opening of said lateral keeper, and (iii) a front portion (15 b 3) comprising the free end (15 b ') of said second band section (15 b), extending through the front opening of said lateral keeper toward said end keeper.
A device for tensioning a height-adjustable tarpaulin of a commercial vehicle superstructure having a tensioning element and at least one winding shaft unit, which is connected force-fittingly and/or form-fittingly and/or frictionally to the tensioning element in order to apply a torque to the winding shaft unit along a longitudinal axis of the winding shaft unit, wherein the winding shaft unit has at least one first main shaft, having a first main shaft end and a second main shaft end, and at least one first sliding shaft, having a first sliding shaft end and a second sliding shaft end, wherein the first main shaft and the first sliding shaft are each designed as a slotted hollow shaft with an inner profile for accommodating at least one keder of the tarpaulin, and wherein the first sliding shaft is accommodated in the inner profile of the first main shaft, and an outer profile of the first sliding shaft engages in the inner profile of the first main shaft such that the sliding shaft and the first main shaft are movable relative to one another exclusively in the longitudinal direction characterised in that to form a force-fitting and/or form-fitting engagement of the first sliding shaft with the first main shaft, - the inner profile of the first main shaft has at least one groove structure, and the first sliding shaft has an outer profile having at least one corresponding nose structure or - the inner profile of the first main shaft has at least one nose structure, and the first sliding shaft has an outer profile having at least one groove structure. wherein the winding shaft unit has at least one first main shaft, having a first main shaft end and a second main shaft end, and at least one first sliding shaft, having a first sliding shaft end and a second sliding shaft end, wherein the first main shaft and the first sliding shaft are each designed as a slotted hollow shaft with an inner profile for accommodating at least one keder of the tarpaulin, and wherein the first sliding shaft is accommodated in the inner profile of the first main shaft, and an outer profile of the first sliding shaft engages in the inner profile of the first main shaft such that the sliding shaft and the first main shaft are movable relative to one another exclusively in the longitudinal direction characterised in that to form a force-fitting and/or form-fitting engagement of the first sliding shaft with the first main shaft, - the inner profile of the first main shaft has at least one groove structure, and the first sliding shaft has an outer profile having at least one corresponding nose structure or - the inner profile of the first main shaft has at least one nose structure, and the first sliding shaft has an outer profile having at least one groove structure. - the inner profile of the first main shaft has at least one groove structure, and the first sliding shaft has an outer profile having at least one corresponding nose structure or - the inner profile of the first main shaft has at least one nose structure, and the first sliding shaft has an outer profile having at least one groove structure.
A urea sensor, comprising a top seat assembly, a pipe assembly, and an electronic measurement module assembly, wherein the pipe assembly comprises a urea extraction pipe; the electronic measurement module assembly comprises a urea liquid level measurement sensor module, a urea solution concentration measurement sensor module, and corresponding measurement mechanisms, characterized in that the urea liquid level measurement sensor module comprises a micro differential pressure sensor, a measurement guide pipe, and a metal electrode; the measurement guide pipe and the metal electrode are fixed in a top seat, are connected to a measurement circuit, and are used as electrodes respectively used for measuring a minimum value and a maximum value of a liquid level of a urea solution; and the urea solution concentration measurement sensor module comprises a lifting device composed of a weight sensor, an object, a motor or an electromagnet, and a structural member; and one end of the weight sensor is fixed on the top seat.
Knit textile structure designed to be used as a bandage or implant, in which the knit is procured through warp stitch technology of Warp or Rachel or Hook type, characterized in that the said knit is itself procured entirely or partly with yarns coated with silicon, with the said yarns being made from polymer, natural material or mineral material.
A method for responding to a voice signal, applied to a plurality of electronic devices, comprising: receiving, by the plurality of electronic devices, a voice signal; determining, for each of the electronic devices, a target sound source point associated with the voice signal; determining, for each of the electronic devices, a direct sound energy associated with the voice signal according to the target sound source point; and selecting, from the plurality of electronic devices, at least one electronic device with a direct sound energy satisfying a predetermined condition, and responding, by the at least one electronic device, to the voice signal; wherein determining the direct sound energy associated with the voice signal according to the target sound source point comprises: determining, based on the target sound source point, a direct sound coefficient and a reverberation coefficient; establishing a direct sound model based on the direct sound coefficient, and establishing a reverberation model based on the reverberation coefficient; establishing a spatial covariance matrix based on the direct sound model and the reverberation model; and determining the direct sound energy based on the spatial covariance matrix. receiving, by the plurality of electronic devices, a voice signal; determining, for each of the electronic devices, a target sound source point associated with the voice signal; determining, for each of the electronic devices, a direct sound energy associated with the voice signal according to the target sound source point; and selecting, from the plurality of electronic devices, at least one electronic device with a direct sound energy satisfying a predetermined condition, and responding, by the at least one electronic device, to the voice signal; wherein determining the direct sound energy associated with the voice signal according to the target sound source point comprises: determining, based on the target sound source point, a direct sound coefficient and a reverberation coefficient; establishing a direct sound model based on the direct sound coefficient, and establishing a reverberation model based on the reverberation coefficient; establishing a spatial covariance matrix based on the direct sound model and the reverberation model; and determining the direct sound energy based on the spatial covariance matrix. determining, based on the target sound source point, a direct sound coefficient and a reverberation coefficient; establishing a direct sound model based on the direct sound coefficient, and establishing a reverberation model based on the reverberation coefficient; establishing a spatial covariance matrix based on the direct sound model and the reverberation model; and determining the direct sound energy based on the spatial covariance matrix.
Use of a polymerizing film-forming carrier in pesticide formulations for treating plants, which carrier consists of the following components: - a film forming oil, which is a drying oil selected from the group of sunflower oil, linseed oil, hemp seed oil, grape seed oil, tree oil or a mixture thereof and - lecithin, wherein the mass ratio of lecithin to the plant oil(s) is in the range from about 1:5 to about 1:100. - a film forming oil, which is a drying oil selected from the group of sunflower oil, linseed oil, hemp seed oil, grape seed oil, tree oil or a mixture thereof and - lecithin, wherein the mass ratio of lecithin to the plant oil(s) is in the range from about 1:5 to about 1:100.
A resistance spot welding method for joining together two or more overlapping steel sheets (1, 2, 6) of a sheet combination, the method comprising squeezing the sheet combination between a pair of electrodes (3, 4) and passing a current through the sheet combination while applying an electrode force thereto, wherein at least one of the two or more steel sheets (1, 2, 6) is a surface-treated steel sheet (1, 2, 6) including a metal coating layer and characterized in that, in the method, the electrode force retaining time is set to satisfy the following relationships, 2 · A · (t · T/F) 1/2 ≤ H when 0.2 ≤ A <1 (3 · A - 1) · (t · T/F) 1/2 ≤ H when 1 < A <10 (A + 19) · (t · T/F) 1/2 ≤ H when 10 < A <20 where H (ms) is an electrode force retaining time after completion of current passage, A (degrees) is an electrode angle of the electrodes (3, 4), t (mm) is a sheet thickness of a steel sheet (1, 2, 6) having a largest sheet thickness among the two or more steel sheets (1, 2, 6), T (MPa) is a tensile strength of a steel sheet (1, 2, 6) having a highest tensile strength among the two or more steel sheets (1, 2, 6), and F is the electrode force wherein the electrode force retaining time is set to less than or equal to 30 ms and wherein A is greater than or equal to 0.2. wherein at least one of the two or more steel sheets (1, 2, 6) is a surface-treated steel sheet (1, 2, 6) including a metal coating layer and characterized in that, in the method, the electrode force retaining time is set to satisfy the following relationships, 2 · A · (t · T/F) 1/2 ≤ H when 0.2 ≤ A <1 (3 · A - 1) · (t · T/F) 1/2 ≤ H when 1 < A <10 (A + 19) · (t · T/F) 1/2 ≤ H when 10 < A <20 2 · A · (t · T/F) 1/2 ≤ H when 0.2 ≤ A <1 (3 · A - 1) · (t · T/F) 1/2 ≤ H when 1 < A <10 (A + 19) · (t · T/F) 1/2 ≤ H when 10 < A <20 where H (ms) is an electrode force retaining time after completion of current passage, A (degrees) is an electrode angle of the electrodes (3, 4), t (mm) is a sheet thickness of a steel sheet (1, 2, 6) having a largest sheet thickness among the two or more steel sheets (1, 2, 6), T (MPa) is a tensile strength of a steel sheet (1, 2, 6) having a highest tensile strength among the two or more steel sheets (1, 2, 6), and F is the electrode force wherein the electrode force retaining time is set to less than or equal to 30 ms and wherein A is greater than or equal to 0.2.
A voltage stability monitoring device for monitoring voltage stability of a system comprising: an assumed change scenario calculation unit configured to predict output variation of a renewable energy connected to the system and configured to calculate an assumed change time-series power flow state on the basis of the output variation; a time-series voltage stability calculation unit configured to calculate a node voltage change with respect to demand at each node of the system on the basis of the power flow state calculated by the assumed change scenario calculation unit and configured to calculate a voltage stability indicating a relationship curve between the node voltage and reactive power; a voltage stability improvement countermeasure search unit configured to determine a controlled device on which an assumed control is to be performed, according to the voltage stability calculated by the time-series voltage stability calculation unit; and a voltage stability improvement countermeasure necessity determination unit suitable for determining whether to perform the assumed control depending on a predetermined index to be calculated from the voltage stability, wherein the voltage stability improvement countermeasure necessity determination unit is configured to calculate a degree of deviation which is obtained by integrating a difference between the relationship curves before and after the assumed change over a predetermined voltage range and is configured to determine whether to perform the assumed control depending on whether the degree of deviation is in a predetermined threshold value. an assumed change scenario calculation unit configured to predict output variation of a renewable energy connected to the system and configured to calculate an assumed change time-series power flow state on the basis of the output variation; a time-series voltage stability calculation unit configured to calculate a node voltage change with respect to demand at each node of the system on the basis of the power flow state calculated by the assumed change scenario calculation unit and configured to calculate a voltage stability indicating a relationship curve between the node voltage and reactive power; a voltage stability improvement countermeasure search unit configured to determine a controlled device on which an assumed control is to be performed, according to the voltage stability calculated by the time-series voltage stability calculation unit; and a voltage stability improvement countermeasure necessity determination unit suitable for determining whether to perform the assumed control depending on a predetermined index to be calculated from the voltage stability, wherein the voltage stability improvement countermeasure necessity determination unit is configured to calculate a degree of deviation which is obtained by integrating a difference between the relationship curves before and after the assumed change over a predetermined voltage range and is configured to determine whether to perform the assumed control depending on whether the degree of deviation is in a predetermined threshold value.
A method for managing a packet data network, PDN, connection of a node in a wireless communication system, the method comprising: detecting, by the node, a terminal in which a failure occurs in establishing a PDN connection; characterized by: comparing a retry count of trying reattach by the terminal in which the failure occurs and a configuration value of the node; when the retry count of trying the reattach by the terminal is equal to or less than the configuration value of the node: increasing, by the node, the retry count of trying the reattach by the terminal; setting, by the node, a detach type of a detach request message to reattach required; and transmitting (S120, S640), to the terminal, by the node, the detach request message. detecting, by the node, a terminal in which a failure occurs in establishing a PDN connection; characterized by: comparing a retry count of trying reattach by the terminal in which the failure occurs and a configuration value of the node; when the retry count of trying the reattach by the terminal is equal to or less than the configuration value of the node: increasing, by the node, the retry count of trying the reattach by the terminal; setting, by the node, a detach type of a detach request message to reattach required; and transmitting (S120, S640), to the terminal, by the node, the detach request message. comparing a retry count of trying reattach by the terminal in which the failure occurs and a configuration value of the node; when the retry count of trying the reattach by the terminal is equal to or less than the configuration value of the node: increasing, by the node, the retry count of trying the reattach by the terminal; setting, by the node, a detach type of a detach request message to reattach required; and transmitting (S120, S640), to the terminal, by the node, the detach request message. increasing, by the node, the retry count of trying the reattach by the terminal; setting, by the node, a detach type of a detach request message to reattach required; and transmitting (S120, S640), to the terminal, by the node, the detach request message.
Device comprising a container for storing capsules containing an ingredient for preparing a beverage using a beverage preparation machine, the device further comprising: • a first interface; • a sensing arrangement adapted to detect the presence of a capsule in a detection area and to obtain information related to said capsule; • a controler configured to send, through the first interface, information related to the detected capsule, characterised in that the device further comprises a docking station provided with a support for holding an external device and in that the first interface is adapted to communicate with the external device provided with feedback and/or display means. • a first interface; • a sensing arrangement adapted to detect the presence of a capsule in a detection area and to obtain information related to said capsule; • a controler configured to send, through the first interface, information related to the detected capsule,