mhurhangee/ep-ind-claims huggingface dataset:
Disc brake for a commercial vehicle with a pneumatic brake cylinder, a brake disc, a brake caliper, a brake application device and with brake pads, wherein the brake caliper engages over the brake disc and the brake application device, which can be actuated by the brake cylinder, is arranged in the brake caliper, by means of which the brake linings can be pressed against the brake disc on both sides during braking, wherein an extendable and retractable piston rod of the brake cylinder is in engagement with the brake application device and the brake caliper is detachably fastened to the brake cylinder by means of a fastening device, wherein the fastening device comprises at least one screw (11a, 11b) with a screw head (12a, 12b), a screw shank (13a, 13b) and an external thread formed on the screw shank (13a, 13b), and at least one bore (14a, 14b) which is formed in or on the brake cylinder and has an internal thread and into which the screw shank (13a, 13b) is screwed with the external thread, the screw head (12a, 12b) is locked on a counter surface (15a, 15b) of the brake caliper, characterized by a centering device which is designed and provided in order to center the pneumatic brake cylinder and the brake caliper against one another independently of the screw connection of the at least one screw (13a, 13b) to the at least one bore (14a, 14b).
A physical random access channel, PRACH, preamble sending method, comprising: determining, by a controller, access slot information according to at least one PRACH preamble repetition, wherein the access slot information comprises a start access slot, AS, corresponding to each random access channel, RACH, sub-channel, and N-1 unavailable start ASs after the start AS, which are unavailable for any user equipment, UE, to initiate an access, wherein N is the quantity of PRACH preamble repetitions; and sending, by the controller, the access slot information to each UE, so that each UE repeatedly sends a same PRACH preamble to a base station using the N ASs starting at the start AS and including the N-1 unavailable start ASs according to the access slot information. determining, by a controller, access slot information according to at least one PRACH preamble repetition, wherein the access slot information comprises a start access slot, AS, corresponding to each random access channel, RACH, sub-channel, and N-1 unavailable start ASs after the start AS, which are unavailable for any user equipment, UE, to initiate an access, wherein N is the quantity of PRACH preamble repetitions; and sending, by the controller, the access slot information to each UE, so that each UE repeatedly sends a same PRACH preamble to a base station using the N ASs starting at the start AS and including the N-1 unavailable start ASs according to the access slot information.
A vacuum cooling device for cooling of foodstuff, in particular hot bakery products, comprising a vacuum chamber which is configured for receiving the foodstuff for its cooling, wherein the vacuum chamber is closeable by a sliding door (20, 125), wherein the sliding door (20, 125) or the door flange contains a seal (29, 100,127), which enables a fluid tight sealing in the closed state of the sliding door (20, 125) of the vacuum chamber against the surroundings, wherein the sliding door (20, 125) comprises a holding element (30, 130), which contains a carrier (40, 41, 42, 140, 141, 142) and carries a door leaf (31, 126) of the sliding door (20, 125), whereby the carrier is movably supported in a guide rail, such that the sliding door (20, 125) is movable substantially in a horizontal direction of displacement for opening or closing the vacuum chamber, characterized in that the carrier element (40, 41, 42, 140, 141, 142) contains a bolt shaped compensation element (35, 45, 46, 135), wherein the compensation element (35, 45, 46, 135) is fixedly connected to the door leaf (31, 126) of the sliding door (20, 125) wherein the compensating element (35, 45, 46, 135) extends through a hole in the carrier (40, 41, 42, 140, 141, 142) and, depending on the position of the sliding door (20, 125), protrudes out of the hole over a variable length such that the door leaf (31, 126) of the sliding door (20, 125) is movable by means of the compensation element (35, 45, 46, 135) relative to the holding element (30, 130).
An electricity and microcurrent generator for generating a current by arranging a diaphragm in a gap between a first metal and a second metal of different materials, wherein terminal holes (12, 21) for inserting terminals (40, 41) are formed in the first and second metals (10, 20), and the current is supplied to an electrical product through the terminals (40, 41) connected to the first and second metals (10, 20); characterized in that a diameter of the first metal is 7 to 30cm, the gap is maintained to be 0.001 to 0.5mm, the diaphragm is formed of paper or vinyl, third and fourth metals (50, 60) are sequentially arranged outside the first metal, and terminals (40, 41) corresponding to each other are provided in the first metal and the third and fourth metals (50, 60).
A disk-shaped processing block to be held by a holding device and processed into a product in a desired shape, which comprises: a columnar workpiece; a flange protruding from the peripheral surface of the workpiece; and a holding surface provided on the upper surface of the flange and positioned by abutting a facing peripheral edge of a pressing side holding member provided on the holding device; wherein, at least a part of the holding surface is inclined at an inclination angle within the range of 3 to 87 degrees with respect to the axis of the workpiece. a columnar workpiece; a flange protruding from the peripheral surface of the workpiece; and a holding surface provided on the upper surface of the flange and positioned by abutting a facing peripheral edge of a pressing side holding member provided on the holding device; wherein, at least a part of the holding surface is inclined at an inclination angle within the range of 3 to 87 degrees with respect to the axis of the workpiece.
An immunogenic composition comprising a meningococcal fHbp antigen and an aluminium salt adjuvant for use in mounting an immune response in a subject which provides protection against serogroup X meningococcus strains which express a variant 1 fHbp; wherein the meningococcal fHbp antigen comprises an NMB2091-fHbp fusion polypeptide comprising amino acid sequence SEQ ID NO: 7, and wherein the immunogenic composition either (a) is free from meningococcal outer membrane vesicles or (b) includes meningococcal outer membrane vesicles, and the fHbp antigen is present in the composition in soluble form.
Transportable sign for temporary advertising comprising a base portion, a support portion, and the display portion, wherein the display portion is configured to carry a flexible display medium to display an image, the display portion comprising a frame, in particular a modular and/or a self-supporting frame, at least partly surrounding the display portion and fixation means to fix the flexible display medium to the frame, wherein the fixation means comprises at least one first groove around the display portion, the first groove having opposing first groove walls and a clamp having a clamp body to be received in the first groove and thus clamp a portion of the flexible display medium between the clamp body and at least one first groove wall of the first groove, wherein the base portion is configured to position the sign, by supporting the support portion and the display portion, and wherein the support portion is configured to support the display portion, when mounted to or on the base portion; characterised in that the frame comprises a top side, left and right sides and bottom side, joined with corner blocks, wherein inside the frame, a mounting structure is provided, comprising opposing guide rails, a bottom ring and a top cap, wherein in the bottom side an opening is provided granting access to the rails of the mounting structure and wherein the support portion comprises a post provided with guides that, when the display portion and the support portion are assembled, are slidably received in the guide rails of the display portion.
A method for sensing a smart card module (410, 420) of a portable terminal comprising at least two communications modules (100, 200) and a storage unit, the method comprising: confirming (301, 401) that a smart card module (410, 420) is connected to the at least two communications modules (100, 200) when a power supply of the portable terminal is turned on; determining (303, 403) that a plurality of smart card modules (410, 420) are connected to the at least two communications modules (100, 200); determining whether a smart card module (410, 420) having preset identification information stored in the storage unit exists among the connected plurality of smart card modules (410, 420), and if so setting a controller (120, 220) of a communications module (100, 200) connected to the smart card module (410, 420) having preset identification information as a master device; and characterized by the controller (120, 220) set as the master device proceeding to a booting sequence. confirming (301, 401) that a smart card module (410, 420) is connected to the at least two communications modules (100, 200) when a power supply of the portable terminal is turned on; determining (303, 403) that a plurality of smart card modules (410, 420) are connected to the at least two communications modules (100, 200); determining whether a smart card module (410, 420) having preset identification information stored in the storage unit exists among the connected plurality of smart card modules (410, 420), and if so setting a controller (120, 220) of a communications module (100, 200) connected to the smart card module (410, 420) having preset identification information as a master device; and characterized by the controller (120, 220) set as the master device proceeding to a booting sequence.
A probe apparatus having a movable mounting table that mounts a target object on which multiple power devices are formed; a probe card that is provided above the mounting table and has multiple probes; a conductive film electrode formed on at least a mounting surface of the mounting table; a first measurement line that electrically connects the conductive film electrode to a tester via the probe card and measures dynamic characteristics of the power devices; and a second measurement line that electrically connects the conductive film electrode to the tester and measures static characteristics of the power devices, the probe apparatus measuring the static characteristics or the dynamic characteristics of the power devices by electrically connecting the multiple probes with multiple electrodes of each of the power devices of the target object mounted on the mounting table, characterized in that the second measurement line includes a switch device configured to open and close the second measurement line between the conductive film electrode and the tester.
Ultrasound welding device, comprising: a sonotrode; and a sonotrode carrier configured to set the sonotrode in ultrasound oscillations; wherein the sonotrode and the sonotrode carrier each have a contact face and at least one of the contact faces is roughened at least in portions; wherein a roughened portion of the contact face roughened at least in portions has an mean roughness depth R z of at least 2.0 um and/or an average roughness value R a of at least 0.3 um; wherein the mean roughness depth R z is at most 14 um and/or wherein the average roughness value R a is at most 3.0 um; wherein the sonotrode is fixed replaceably on the sonotrode carrier in such a way that the contact faces are pressed against one another, wherein the sonotrode is configured as a flexural resonator, comprising a base body and at least one bending arm protruding from the base body; wherein the sonotrode is fixed replaceably on the sonotrode carrier via the base body, and the base body comprises the contact face of the sonotrode. a sonotrode; and a sonotrode carrier configured to set the sonotrode in ultrasound oscillations; wherein the sonotrode and the sonotrode carrier each have a contact face and at least one of the contact faces is roughened at least in portions; wherein a roughened portion of the contact face roughened at least in portions has an mean roughness depth R z of at least 2.0 um and/or an average roughness value R a of at least 0.3 um; wherein the mean roughness depth R z is at most 14 um and/or wherein the average roughness value R a is at most 3.0 um; wherein the sonotrode is fixed replaceably on the sonotrode carrier in such a way that the contact faces are pressed against one another, wherein the sonotrode is configured as a flexural resonator, comprising a base body and at least one bending arm protruding from the base body; wherein the sonotrode is fixed replaceably on the sonotrode carrier via the base body, and the base body comprises the contact face of the sonotrode.
A semiconductor package, comprising: a substrate; a die mounted on a top surface of the substrate in a flip-chip fashion; a dummy layer mounted on a rear surface of the die; a lid mounted on the dummy layer and on a perimeter of the substrate, wherein the lid comprises a cover plate and four walls formed integral with the cover plate; and a liquid-cooling channel situated between the cover plate of the lid and the dummy layer for circulating a coolant relative to the semiconductor package; characterized in that the liquid-cooling channel is located only directly above the die when viewed from the above, the coolant in the liquid-cooling channel is not in direct contact with the rear surface of the die during operation, the lid has a thermal conductivity of 300 W/(m·K), and the dummy layer has a thermal conductivity of at least 180 W/(m·K). a substrate; a die mounted on a top surface of the substrate in a flip-chip fashion; a dummy layer mounted on a rear surface of the die; a lid mounted on the dummy layer and on a perimeter of the substrate, wherein the lid comprises a cover plate and four walls formed integral with the cover plate; and a liquid-cooling channel situated between the cover plate of the lid and the dummy layer for circulating a coolant relative to the semiconductor package;
A resolver stator comprising: a stator core comprising a ring-shaped stator core main body, and a plurality of tooth parts protruding radially inward from an inner-peripheral edge of the ring-shaped stator core main body; an insulator disposed radially inward with respect to the stator core main body; a plurality of coils wound around the plurality of tooth parts respectively; and at least one connecting wire, wired with a tensile strength, configured to electrically connect the plurality of coils to one another, wherein the insulator comprises an insulator main body formed into a ring shape so as to cover the inner-peripheral edge of the ring-shaped stator core main body, the insulator main body having an insulator main body inner surface facing radially inward, and a protruding part, characterized in that the protruding part protrudes radially inward beyond the insulator main body inner surface, in that the at least one connecting wire is disposed so as to be opposed to the protruding part in a direction parallel to a rotation axis of the resolver stator and also opposed to the insulator main body inner surface in a direction perpendicular to the rotation axis, in that the insulator further comprises a holding protrusion protruding from the protruding part in the direction parallel to the rotation axis, and in that the at least one connecting wire is disposed between the insulator main body inner surface and the holding protrusion. a stator core comprising a ring-shaped stator core main body, and a plurality of tooth parts protruding radially inward from an inner-peripheral edge of the ring-shaped stator core main body; an insulator disposed radially inward with respect to the stator core main body; a plurality of coils wound around the plurality of tooth parts respectively; and at least one connecting wire, wired with a tensile strength, configured to electrically connect the plurality of coils to one another, wherein the insulator comprises an insulator main body formed into a ring shape so as to cover the inner-peripheral edge of the ring-shaped stator core main body, the insulator main body having an insulator main body inner surface facing radially inward, and a protruding part,
Aerosol-generating article comprising a plurality of segments assembled in the form of a rod, the plurality of segments including an aerosol-forming substrate and a mouthpiece filter located downstream from the aerosol-forming substrate within the rod, the aerosol-generating article further comprising between 0.005 milligram and 0.1 milligram of activated carbon disposed between the aerosol-forming substrate and the mouthpiece filter within the rod, wherein the activated carbon is coupled to an elongated carbon support element in the form of a thread.
A switch comprising: a base, in which a flat circular recess is formed on an upper surface and a fixed contact (16a, 17a) and an other fixed contact (15, 16b, 17b) are disposed in an inner surface of the flat circular recess; a spring body having end portions (21, 22); and an operating body that comprises a turning unit fitted turnably in the flat circular recess of the base, and an operating projection being provided in an inward surface of the turning unit, characterized in that the spring body has a bellows shape in which a reference form unit is repetitively formed, the spring body being annularly disposed in the flat circular recess of the base such that a same pattern of the reference form unit is repetitively formed around a center of the flat circular recess, and waveform shapes having different heights are alternately repeated in the reference form units integral with the end portions (21, 22), wherein the switch is configured such that when the operating body is turned, the operating projection presses an end portion (21, 22) of the spring body to compress the spring body, which allows a contact to be switched by establishing an electrical conduction between the fixed contact (16a, 17a) and the other fixed contact (15, 16b, 17b) through the spring body. a base, in which a flat circular recess is formed on an upper surface and a fixed contact (16a, 17a) and an other fixed contact (15, 16b, 17b) are disposed in an inner surface of the flat circular recess; a spring body having end portions (21, 22); and an operating body that comprises a turning unit fitted turnably in the flat circular recess of the base, and an operating projection being provided in an inward surface of the turning unit, characterized in that the spring body has a bellows shape in which a reference form unit is repetitively formed, the spring body being annularly disposed in the flat circular recess of the base such that a same pattern of the reference form unit is repetitively formed around a center of the flat circular recess, and waveform shapes having different heights are alternately repeated in the reference form units integral with the end portions (21, 22), wherein the switch is configured such that when the operating body is turned, the operating projection presses an end portion (21, 22) of the spring body to compress the spring body, which allows a contact to be switched by establishing an electrical conduction between the fixed contact (16a, 17a) and the other fixed contact (15, 16b, 17b) through the spring body.
An apparatus for positioning containers, comprising: a conveyor device having alignment compartments moving along a closed circuit, where each alignment compartment comprises a lower compartment section and an upper compartment section vertically aligned with one another, and where each lower and upper compartment section (12, 13) is sized for housing a container upright on its base; a loading device placing containers upright inside lower and upper compartment sections (12, 13) of the alignment compartments; and a rotating transfer wheel having on its periphery lower transfer recesses and upper transfer recesses characterized in that the lower transfer recesses and the upper transfer recesses are receiving containers from the lower and upper compartment sections (12, 13), respectively, of the alignment compartments of the conveyor device; and in that the apparatus further comprises an intercalation device receiving the containers from said upper transfer recesses and transferring them to said lower transfer recesses in intercalated positions between the containers previously transferred to the lower transfer recesses of the transfer wheel, from where all the containers are transferred to an output conveyor; and deflecting elements being arranged which transfer the containers from the conveyor device to the transfer wheel, from the transfer wheel to the intercalation device, from the intercalation device to the transfer wheel, and from the transfer wheel to said output conveyor. a conveyor device having alignment compartments moving along a closed circuit, where each alignment compartment comprises a lower compartment section and an upper compartment section vertically aligned with one another, and where each lower and upper compartment section (12, 13) is sized for housing a container upright on its base; a loading device placing containers upright inside lower and upper compartment sections (12, 13) of the alignment compartments; and a rotating transfer wheel having on its periphery lower transfer recesses and upper transfer recesses characterized in that the lower transfer recesses and the upper transfer recesses are receiving containers from the lower and upper compartment sections (12, 13), respectively, of the alignment compartments of the conveyor device; and in that the apparatus further comprises an intercalation device receiving the containers from said upper transfer recesses and transferring them to said lower transfer recesses in intercalated positions between the containers previously transferred to the lower transfer recesses of the transfer wheel, from where all the containers are transferred to an output conveyor; and deflecting elements being arranged which transfer the containers from the conveyor device to the transfer wheel, from the transfer wheel to the intercalation device, from the intercalation device to the transfer wheel, and from the transfer wheel to said output conveyor.
A surgical retractor, comprising: a frame defining a central opening; and a supporting structure extending across at least a portion of said central opening, the supporting structure comprising a web member extending across at last a portion of said central opening; wherein the web member defines a plurality of web openings; and wherein said web member comprises a monolithic polymeric structure defining a plurality of intersecting struts forming said web member; characterized in that the web member is wrapped around the frame. a frame defining a central opening; and a supporting structure extending across at least a portion of said central opening, the supporting structure comprising a web member extending across at last a portion of said central opening; wherein the web member defines a plurality of web openings; and wherein said web member comprises a monolithic polymeric structure defining a plurality of intersecting struts forming said web member; characterized in that the web member is wrapped around the frame.