mhurhangee/patent-ind-claim-en huggingface dataset:
A gas-insulated switchgear comprising: a main circuit conductor forming a bus line; a tank having a tubular main body in which the bus line is arranged at its center; and a branch pipe (34; 61) connected to the main body , in which a branch line (32; 6) branching from the bus line is provided, wherein a surface of the main body is spherical, and has an opening that allows the branch line (32; 6) to pass therethrough on the surface , and a direction the opening is facing is inclined with respect to an axial direction of the main body at an angle other than 90°, characterized in that the branch line is a movable contact of a grounding switch , a fixed electrode of the grounding switch is provided at a section midway of the bus line, the movable contact has a circular cross-section, and the fixed electrode is spherical, portions of the fixed electrode to be connected to the bus line are flat, and a circular hole that allows insertion of the movable contact thereinto is formed in a spherical portion of the fixed electrode . a main circuit conductor forming a bus line; a tank having a tubular main body in which the bus line is arranged at its center; and a branch pipe (34; 61) connected to the main body , in which a branch line (32; 6) branching from the bus line is provided, wherein a surface of the main body is spherical, and has an opening that allows the branch line (32; 6) to pass therethrough on the surface , and a direction the opening is facing is inclined with respect to an axial direction of the main body at an angle other than 90°, characterized in that the branch line is a movable contact of a grounding switch , a fixed electrode of the grounding switch is provided at a section midway of the bus line, the movable contact has a circular cross-section, and the fixed electrode is spherical, portions of the fixed electrode to be connected to the bus line are flat, and a circular hole that allows insertion of the movable contact thereinto is formed in a spherical portion of the fixed electrode .
A mobile device comprising: - means for initiating (S501. S1102) a time-to-trigger procedure for evaluating a measurement event condition with respect to a neighboring cell of a mobile network; - means for storing (S502) information related to a beam, which is or was used by the mobile device at the time of initiating the time-to-trigger procedure, wherein the beam that is or was used by the mobile device is a beam used by the mobile device for establishing a radio link connection with a serving cell of the mobile network; and - means for providing (S504, S507, S1104) the stored beam related information to the mobile network. - means for initiating (S501. S1102) a time-to-trigger procedure for evaluating a measurement event condition with respect to a neighboring cell of a mobile network; - means for storing (S502) information related to a beam, which is or was used by the mobile device at the time of initiating the time-to-trigger procedure, wherein the beam that is or was used by the mobile device is a beam used by the mobile device for establishing a radio link connection with a serving cell of the mobile network; and - means for providing (S504, S507, S1104) the stored beam related information to the mobile network.
Method for detecting a user selection of one or some or all operating functions from a predetermined set of a plurality of operating functions of an operating device , wherein in the operating device - a finger of a hand of a user is associated with each of the operating functions of the set by a control device , - a finger contact of at least one of the fingers of the hand is detected by a detection device at a predetermined contact surface of the operating device , and it is determined which of the fingers of the hand is in contact with the contact surface , - each of the operating functions , the associated finger of which contacts the contact surface , is determined by the control means as the user selection as a whole, and the user selection is signalled to a subsequent process step of the operating device by selection data that identifies each selected operating function ; and - wherein the operating functions of the set are each represented by a distinct graphic object on a display surface , and in the process step the respective graphic object of each operating function of the set, which is excluded from the user selection, is deleted from the display surface , and wherein the graphic objects are displayed in a spatial area that is different from the one in which the respective finger contact of the at least one finger is detected, characterized in that - in the process step, each selected operating function is activated and the display surface is operated divided in such a way that at the same time each activated operating function has its own respective subarea of the display surface available for outputting respective function data. - a finger of a hand of a user is associated with each of the operating functions of the set by a control device , - a finger contact of at least one of the fingers of the hand is detected by a detection device at a predetermined contact surface of the operating device , and it is determined which of the fingers of the hand is in contact with the contact surface , - each of the operating functions , the associated finger of which contacts the contact surface , is determined by the control means as the user selection as a whole, and the user selection is signalled to a subsequent process step of the operating device by selection data that identifies each selected operating function ; and - wherein the operating functions of the set are each represented by a distinct graphic object on a display surface , and in the process step the respective graphic object of each operating function of the set, which is excluded from the user selection, is deleted from the display surface , and wherein the graphic objects are displayed in a spatial area that is different from the one in which the respective finger contact of the at least one finger is detected, characterized in that - in the process step, each selected operating function is activated and the display surface is operated divided in such a way that at the same time each activated operating function has its own respective subarea of the display surface available for outputting respective function data.
Wall structure with an outer wall having a masonry opening with external thermal insulation (W) and a front wall mounting system having an attachment element , with a partially projecting component, such as a window or a door, in the masonry opening of the outer wall with external thermal insulation (W), wherein the masonry opening has a reveal , on which the respective partially projecting component (B) is secured so as to dissipate the load, wherein an attachment element for lateral stabilisation of the reveal is provided externally on the outer wall and aligned or approximately aligned, that is to say in particular at least substantially aligned, with the reveal , characterised in that the masonry opening has a receiving space for a partially projecting component (B) and the attachment element is secured to the outer face of the outer wall and aligned in the longitudinal direction of the reveal and with respect to a direction perpendicular to the window plane, wherein the component (B) is retained on the reveal by means of connecting elements inside the masonry opening .
A supplementary device for attachment to a manually operable injection device in a specific position relative to an outside surface of the injection device , the supplementary device comprising: a body having an injection device receiving channel ; and a mating unit configured to releasably mount the body to the injection device in the specific position relative to the outside surface of the injection device , wherein the mating unit comprises a collar extending from the body and configured to receive the injection device so that the injection device extends through the collar , wherein the collar comprises a closure which is rotatable towards the body about an axis of rotation that is transverse to the longitudinal axis of the injection device receiving channel to secure the body to the injection device , wherein the mating unit further comprises an engaging unit configured to engage the supplementary device with the injection device , wherein the engaging unit comprises a support member having an engaging element , the engaging element being configured to engage in an indent on the injection device when the body is disposed in the specific position relative to an outside surface of the injection device , and wherein the closure is configured to act on the support member to urge the engaging element into the indent when the closure is in its secured position so that the body is secured to the injection device in the specific position. a body having an injection device receiving channel ; and a mating unit configured to releasably mount the body to the injection device in the specific position relative to the outside surface of the injection device , wherein the mating unit comprises a collar extending from the body and configured to receive the injection device so that the injection device extends through the collar , wherein the collar comprises a closure which is rotatable towards the body about an axis of rotation that is transverse to the longitudinal axis of the injection device receiving channel to secure the body to the injection device , wherein the mating unit further comprises an engaging unit configured to engage the supplementary device with the injection device , wherein the engaging unit comprises a support member having an engaging element , the engaging element being configured to engage in an indent on the injection device when the body is disposed in the specific position relative to an outside surface of the injection device , and wherein the closure is configured to act on the support member to urge the engaging element into the indent when the closure is in its secured position so that the body is secured to the injection device in the specific position.
Use of a triol as an additive to dimethyl sulfoxide (DMSO), to lower the crystallization point of the latter, characterized by the fact that the additive to DMSO is glycerol.
A method for preparing a cycloaliphatic diepoxide comprising the steps of: - mixing a diene compound, a carboxylic acid anhydride, an alkaline salt, and a solvent, and cooling; - dropwise adding a hydrogen peroxide solution thereto over 1-12 h, and then continuing the reaction for 3-8 h; - standing for layering to obtain an underlayer of an organic phase I, washing the organic phase I with a washing liquid, and standing for layering to obtain an underlayer of an organic phase II; and - purifying the organic phase II; wherein the washing liquid includes an inorganic alkali solution and a reducing salt; the reducing salt accounts for 0.5-5 wt% of the washing liquid; and in said step of dropwise adding a hydrogen peroxide solution and continuing the reaction, the pH value is kept in a range of 3.0-4.5. - mixing a diene compound, a carboxylic acid anhydride, an alkaline salt, and a solvent, and cooling; - dropwise adding a hydrogen peroxide solution thereto over 1-12 h, and then continuing the reaction for 3-8 h; - standing for layering to obtain an underlayer of an organic phase I, washing the organic phase I with a washing liquid, and standing for layering to obtain an underlayer of an organic phase II; and - purifying the organic phase II; the washing liquid includes an inorganic alkali solution and a reducing salt; the reducing salt accounts for 0.5-5 wt% of the washing liquid; and in said step of dropwise adding a hydrogen peroxide solution and continuing the reaction, the pH value is kept in a range of 3.0-4.5.
Fully or partially illuminated manufacturer's emblem, which can preferably be used in the interior as well as in the exterior in the automotive sector, irrespective of the viewing angle, which has a transparent lens , which is combined with a carrier part subsequently mounted on the rear side and an illumination source to form a component group, wherein a coated film with an additional chrome-optical coating is inserted or back-injected, which represents the decorative element and which is deformed in contour and follows a rear recess of the lens , and wherein the coating of this film defines the transilluminable and nontransilluminable areas.
A method for creating a porous sound absorbing surface of a moulded vehicle part made of a polymer material containing pores with a moulded skin , the moulded skin being defined as a condensation of the polymer material formed at the surface of the moulded vehicle part during the moulding process, the method comprising: -removing at least a part of the moulded skin of the polymer material from the moulded vehicle part with the aid of a laser beam emitted from a laser unit, wherein the laser unit emits a laser beam which is controlled by a control unit, the laser beam being programmed to be swept over the moulded skin to perform a treatment by which the moulded skin of the moulded vehicle part is partially or entirely removed from the parts of the vehicle part which are not provided with perforations and/or holes , and wherein the method is performed on the moulded skin of the moulded vehicle part which is to be positioned in use facing the vehicle component from which the sound which is to be absorbed or dampened is emitted. -removing at least a part of the moulded skin of the polymer material from the moulded vehicle part with the aid of a laser beam emitted from a laser unit, wherein the laser unit emits a laser beam which is controlled by a control unit, the laser beam being programmed to be swept over the moulded skin to perform a treatment by which the moulded skin of the moulded vehicle part is partially or entirely removed from the parts of the vehicle part which are not provided with perforations and/or holes , and wherein the method is performed on the moulded skin of the moulded vehicle part which is to be positioned in use facing the vehicle component from which the sound which is to be absorbed or dampened is emitted.
A light generating system comprising a first light generating device , a second light generating device , and a luminescent material , wherein: - the first light generating device is configured to generate first device light ; the second light generating device is configured to generate second device light ; wherein the first device light and the second device light have different spectral power distributions; - the luminescent material is configured to convert at least part of one or more of the first device light and the second device light into luminescent material light ; - the first light generating device comprises a wavelength variable light generating device configured to generate in an operational mode of the light generating system first device light changing between at least two centroid wavelengths (λ 1c,1 , λ 1c,2 ) having a wavelength difference of at least 10 nm, with a changing frequency of at least 50 Hz; and - the light generating system is configured to generate in the operational mode of the light generating system white system light comprising the luminescent material light , the first device light and the second device light . - the first light generating device is configured to generate first device light ; the second light generating device is configured to generate second device light ; wherein the first device light and the second device light have different spectral power distributions; - the luminescent material is configured to convert at least part of one or more of the first device light and the second device light into luminescent material light ; - the first light generating device comprises a wavelength variable light generating device configured to generate in an operational mode of the light generating system first device light changing between at least two centroid wavelengths (λ 1c,1 , λ 1c,2 ) having a wavelength difference of at least 10 nm, with a changing frequency of at least 50 Hz; and - the light generating system is configured to generate in the operational mode of the light generating system white system light comprising the luminescent material light , the first device light and the second device light .
A method of decoding implemented by a video decoder, wherein the method comprises: determining , by the video decoder, whether a resolution of a current picture being decoded is the same as the resolution of reference pictures identified by a reference picture list associated with the current picture; enabling , by the video decoder, bi-direction optical flow (BDOF) for a current block of the current picture when the resolution of the current picture is determined to be the same as the resolution of each of the reference pictures; disabling , by the video decoder, the BDOF for the current block of the current picture when the resolution of the current picture is determined to be different than the resolution of either of the reference pictures; and decoding, by the video decoder, the current block. determining , by the video decoder, whether a resolution of a current picture being decoded is the same as the resolution of reference pictures identified by a reference picture list associated with the current picture; enabling , by the video decoder, bi-direction optical flow (BDOF) for a current block of the current picture when the resolution of the current picture is determined to be the same as the resolution of each of the reference pictures; disabling , by the video decoder, the BDOF for the current block of the current picture when the resolution of the current picture is determined to be different than the resolution of either of the reference pictures; and decoding, by the video decoder, the current block.
A foldable assembly , comprising: a first main swing arm , wherein the first main swing arm is provided with a first sliding groove , the first sliding groove comprises a first acceleration segment and a first gentle speed segment connected to each other, and an absolute value of a slope of the first acceleration segment is greater than an absolute value of a slope of the first gentle speed segment ; a first torsion swing arm , wherein the first torsion swing arm comprises a first end and a second end ; a first shaft , wherein the first shaft passes through the first end and the first sliding groove , and connects the first torsion swing arm and the first main swing arm ; and a damping assembly , wherein the damping assembly is connected to the second end , and wherein the damping assembly and the first shaft are configured such that when the first torsion swing arm rotates relative to the damping assembly , the first shaft moves from the first acceleration segment to the first gentle speed segment , the damping assembly is changed from a first resistance state to a second resistance state, and a rotational resistance of the damping assembly in the second resistance state to the first torsion swing arm is greater than a rotational resistance of the damping assembly in the first resistance state to the first torsion swing arm . a first main swing arm , wherein the first main swing arm is provided with a first sliding groove , the first sliding groove comprises a first acceleration segment and a first gentle speed segment connected to each other, and an absolute value of a slope of the first acceleration segment is greater than an absolute value of a slope of the first gentle speed segment ; a first torsion swing arm , wherein the first torsion swing arm comprises a first end and a second end ; a first shaft , wherein the first shaft passes through the first end and the first sliding groove , and connects the first torsion swing arm and the first main swing arm ; and a damping assembly , wherein the damping assembly is connected to the second end , and wherein the damping assembly and the first shaft are configured such that when the first torsion swing arm rotates relative to the damping assembly , the first shaft moves from the first acceleration segment to the first gentle speed segment , the damping assembly is changed from a first resistance state to a second resistance state, and a rotational resistance of the damping assembly in the second resistance state to the first torsion swing arm is greater than a rotational resistance of the damping assembly in the first resistance state to the first torsion swing arm .
A piezoelectric pressure sensor comprising a sensor assembly and an evaluation unit ; said sensor assembly comprising a piezoelectric transducer and an electrode arrangement ; wherein under the action of a pressure profile said piezoelectric transducer generates signals in the form of piezoelectric charges; wherein said electrode arrangement picks off the piezoelectric charges from the piezoelectric transducer and transmits the picked-off piezoelectric charges as signals to the evaluation unit ; and wherein the evaluation unit comprises an electric circuit board ; and the electrode arrangement and the electric circuit board are connected to each other by material bonding; characterized in that a signal transmission from the electrode arrangement to the evaluation unit occurs only via material bonds.
A method for managing data flows in a switch connected in a network , the method comprising: monitoring a set of data flows traversing the switch for compliance with a predetermined resource-usage policy; in response to detection of a non-compliant data flow, mirroring a set of data packets of that flow to send respective mirror packets to a mirror port of the switch ; using the mirror packets sent to the mirror port to construct a non-compliance notification for the non-compliant flow; and sending the non-compliance notification into the network , wherein said resource-usage policy is defined such that the switch is operable to send said non-compliance notification before occurrence of congestion due to the non-compliant flow, wherein said resource-usage policy defines, for each of a plurality of subsets of said set of data flows, at least one resource-usage limit for that subset, said limit being less than a maximum permitted value for that subset, wherein said at least one resource usage limit comprises a queue occupancy threshold. monitoring a set of data flows traversing the switch for compliance with a predetermined resource-usage policy; in response to detection of a non-compliant data flow, mirroring a set of data packets of that flow to send respective mirror packets to a mirror port of the switch ; using the mirror packets sent to the mirror port to construct a non-compliance notification for the non-compliant flow; and sending the non-compliance notification into the network ,