mhurhangee/ep-ind-claims huggingface dataset:
Pipe connector with two connection end sections, i.e. a first connection end section (2.1) having a connecting piece fixable in a screw connection to a pipe fitting, a manifold or the like by means of a screw element, and a second connection end section (2.2), wherein the pipe connector comprises an integrally formed fixing member for fixing a pipe end, and wherein the second connection end section (2.2) has a supporting body and a clamping element radially disposed between said fixing member and said supporting body and axially movable relative to the fixing member in a clamping direction (k) towards a free end of the fixing member facing away from the first connection end section (2.1), and a radially inwardly facing wall portion of the clamping element being able to be pressed against the outside of the pipe end as a result of this movement, wherein the fixing member can be sleeved over the supporting body against the clamping direction, wherein a stopper is provided on the supporting body against which the fixing member having a corresponding stopper can be axially guided into a connection position against the clamping direction, wherein the fixing member in the connection position protrudes with an end portion thereof into the first connection end section (2.1), wherein the end portion has the screw element or is formed as the same, and wherein in the connection position said fixing member protrudes with its end portion against the clamping direction, for the threaded engagement with a thread provided on the pipe fitting, the manifold or the like, and wherein the pipe connector with the connecting piece can be axially applied against the pipe fitting, the manifold or the like and fixed thereto by screwing on the fixing member while enabling the supporting body to be clamped between the same and the stopper of the fixing element, wherein the second connection end section is formed as a plug connector in which the pipe end can be plug-fitted after fixing the pipe connector to the pipe fitting, the manifold or the like, wherein a claw element is provided axially upstream of the clamping element in the clamping direction (k) and is radially inwardly provided with a claw for engaging or being pressed against the outside of the pipe end and is integrally connected to the clamping element, wherein the fixing member, the supporting body, the clamping element and the claw element are made of plastic.
A wireless terminal, comprising a main control unit, a radio frequency power amplifier, and an antenna, characterized by: the main control unit is coupled to the radio frequency power amplifier, and an output end of the radio frequency power amplifier is coupled to the antenna; the main control unit is configured to initiate a procedure for establishing a physical channel, and send a first gain control instruction to the radio frequency power amplifier, wherein when there is no uplink data to be transmitted through the physical channel link within a first preset time, the first gain control instruction is an instruction for reducing a gain, the radio frequency power amplifier determines its gain level according to the first gain control instruction; and the antenna is configured to transmit a radio frequency signal amplified by the radio frequency power amplifier characterized in that the physical channel link is maintained but is not disconnected when the uplink gain of the physical channel link is reduced. the main control unit is coupled to the radio frequency power amplifier, and an output end of the radio frequency power amplifier is coupled to the antenna; the main control unit is configured to initiate a procedure for establishing a physical channel, and send a first gain control instruction to the radio frequency power amplifier, wherein when there is no uplink data to be transmitted through the physical channel link within a first preset time, the first gain control instruction is an instruction for reducing a gain, the radio frequency power amplifier determines its gain level according to the first gain control instruction; and the antenna is configured to transmit a radio frequency signal amplified by the radio frequency power amplifier characterized in that the physical channel link is maintained but is not disconnected when the uplink gain of the physical channel link is reduced.
Device for extraction and analysis of anatomical tissues, such as synovial liquid and the like, comprising an extraction line (2, 21, 211, 212) of said tissue to be analyzed, having a needle, for the withdrawal of said tissue to be analyzed, an extraction duct (21, 211, 212), an extraction syringe, having an inlet/outlet mouth connected fluid-dynamically to said needle by means of said extraction duct (21, 211, 212), and an analysis device, fluid-dynamically connected to said inlet/outlet mouth of said extraction syringe by means of said extraction duct (21, 211, 212), said analysis device having one or more receptacles (321, 322, 323), in each of which a respective reagent is arranged, and reading means, for detecting possible alterations of said reagents, said one or more receptacles (321, 322, 323) comprising a first receptacle, into which a first reagent is placed, wherein said extraction duct (21, 211, 212) of said extraction line comprises a first three-way valve, having a first port, connected to said withdrawal needle, a second port, connected to said inlet/outlet mouth of said extraction syringe, and a third port connectable to said analysis device, each of said ports (231, 232, 233) being selectively openable or closable independently of the other, characterised in that said one or more receptacles (321, 322, 323) comprise a second receptacle, into which a the second reagent is placed, and a third receptacle, into which a third reagent is placed.
Lamellar grating with a plurality of upper and lower lamellas (3, 10) which are arranged transversely to a longitudinal axis of the grating and are each held and spaced apart from one another at both ends by an elastic lamella carrier and each form a horizontal plane, wherein the upper lamella plane forms a lying surface for a bed support which is interrupted by partial removal of at least one upper lamella so as to form at least one opening (6, 7, 8) in the lying surface in which is arranged at least one elastic insert body which forms a part of the lying surface, characterised in that a suspension insert is inserted in the region of the opening (6, 7, 8), which insert can be connected with lamellas (3, 17, 18) at the edges of the opening (6, 7, 8) and is spaced apart from the other lamellas.
A system for moving a patient into and from a medical apparatus, comprising: a patient support arranged outside a treatment space of a medical apparatus; a treatment table arranged inside the treatment space in the medical apparatus; a patient bed movable in a longitudinal direction from the patient support to the treatment table and back by means of activation of a transferring mechanism; a coil arrangement including an anterior coil and a support stand, the support stand resting on the patient bed adjacent to longitudinal edges of said patient bed and being slidable along the patient bed in a longitudinal direction; a stop device is arranged to prevent a sliding movement of the anterior coil when activated; wherein the support stand comprises at least one arc-shaped part having a first end part and a second end part resting on the patient bed, and the system being characterised in that each of said end parts (36, 38) comprises a rail being slidable in a corresponding guide track of said patient bed, wherein an end part (36, 38) of said at least one arch-shaped part comprises at least one flexible rail element arranged to fit into said guide track and to be moved into and out of said guide track. a patient support arranged outside a treatment space of a medical apparatus; a treatment table arranged inside the treatment space in the medical apparatus; a patient bed movable in a longitudinal direction from the patient support to the treatment table and back by means of activation of a transferring mechanism; a coil arrangement including an anterior coil and a support stand, the support stand resting on the patient bed adjacent to longitudinal edges of said patient bed and being slidable along the patient bed in a longitudinal direction; a stop device is arranged to prevent a sliding movement of the anterior coil when activated; wherein the support stand comprises at least one arc-shaped part having a first end part and a second end part resting on the patient bed, and the system being characterised in that each of said end parts (36, 38) comprises a rail being slidable in a corresponding guide track of said patient bed, wherein an end part (36, 38) of said at least one arch-shaped part comprises at least one flexible rail element arranged to fit into said guide track and to be moved into and out of said guide track.
A planting unit having a blocking member for the transfer of seed from a seed meter with a seed meter housing to a delivery system, the blocking member having a blocking face adjacent a seed path of the seed meter, the blocking face having an opening to a seed passage, the seed passage extending through the blocking member to an interface between the blocking member and a delivery system housing, characterized in that the planting unit has an alignment system for the blocking member, comprising: a blocking member recess on the blocking member at the interface; and a first protrusion on the delivery system housing, the first protrusion configured to extend toward the blocking member at the interface and to seat firmly in the blocking member recess when the seed passage is correctly aligned with the delivery system.
Cover element for protecting a lead-through of an electrical cable at a housing of an electronic component, said cover element comprising: a first half shell, a second half shell, wherein said second half shell is attached to the first half shell by means of at least one locking element, so that said cover element encompasses said electrical cable and said lead-through at least partly, first sealing means for sealing an interface between the cover element and the cable, and second sealing means for sealing an interface between said cover element and the housing, wherein the first half shell and the second half shell are formed as separate parts and are joined together in a joining region which is oriented along the longitudinal axis of the cable and the housing, said cover element further comprising third sealing means for sealing a contact interface between said first and said second half shell (114, 116), characterized in that the third sealing means runs along the joining region. a first half shell, a second half shell, wherein said second half shell is attached to the first half shell by means of at least one locking element, so that said cover element encompasses said electrical cable and said lead-through at least partly, first sealing means for sealing an interface between the cover element and the cable, and second sealing means for sealing an interface between said cover element and the housing, wherein the first half shell and the second half shell are formed as separate parts and are joined together in a joining region which is oriented along the longitudinal axis of the cable and the housing, said cover element further comprising third sealing means for sealing a contact interface between said first and said second half shell (114, 116), characterized in that the third sealing means runs along the joining region.
A cap assembly (100, 200) for a lithium ion secondary battery (1000, 2000), comprising: a cap plate (30, 97) comprising a supporting portion (31, 971) and a safety film (32, 972) positioned in the supporting portion (31, 971), the safety film (32, 972) defining safety grooves (33, 973), the safety film (31, 971) be capable of break down along the safety grooves (33, 973); a leakproof film (20, 98) attached on the supporting portion (31, 971), the leakproof film (20, 98) being made of a material with high temperature resistance and elasticity properties; and the leakproof film deforming to form balloon portions protruding out the cap cover from the cover through holes for receiving evaporated electrolyte; a cap cover (10, 99) attached on the leakproof film (20, 98). a cap plate (30, 97) comprising a supporting portion (31, 971) and a safety film (32, 972) positioned in the supporting portion (31, 971), the safety film (32, 972) defining safety grooves (33, 973), the safety film (31, 971) be capable of break down along the safety grooves (33, 973); a leakproof film (20, 98) attached on the supporting portion (31, 971), the leakproof film (20, 98) being made of a material with high temperature resistance and elasticity properties; and the leakproof film deforming to form balloon portions protruding out the cap cover from the cover through holes for receiving evaporated electrolyte; a cap cover (10, 99) attached on the leakproof film (20, 98).
A soil bed covering and planting apparatus (1, 101) adapted to be carried along the length of a soil bed by a conveyer vehicle, the apparatus including a cover material reel (5, 105) configured to retain and supply a sheet of cover material, and a compaction roller (7, 107, 6) configured to feed cover material supplied by the cover material reel (5, 105) over a soil bed and being configured to press the cover material on to the soil bed, and a piercing assembly (8, 108) arranged to form a series of holes in the sheet of cover material, the piercing assembly (8, 108) being engaged with a drive structure which is configured to reciprocate the piercing assembly (8, 108) to drive one end of the piercing assembly (8, 108) through the sheet of cover material, characterized in that the apparatus (1, 101) includes two spike hammers (6, 7,106) positioned adjacent to and at opposite sides of the compaction roller (7, 107,6), each being configured to drive at least one spike through the cover material and into the soil bed to secure the cover material to the soil bed, and an actuation structure associated with each spike hammer (6, 7, 106) configured to urge the spike hammer (6, 7, 106) against the at least one spike. a cover material reel (5, 105) configured to retain and supply a sheet of cover material, and a compaction roller (7, 107, 6) configured to feed cover material supplied by the cover material reel (5, 105) over a soil bed and being configured to press the cover material on to the soil bed, and a piercing assembly (8, 108) arranged to form a series of holes in the sheet of cover material, the piercing assembly (8, 108) being engaged with a drive structure which is configured to reciprocate the piercing assembly (8, 108) to drive one end of the piercing assembly (8, 108) through the sheet of cover material, characterized in that the apparatus (1, 101) includes two spike hammers (6, 7,106) positioned adjacent to and at opposite sides of the compaction roller (7, 107,6), each being configured to drive at least one spike through the cover material and into the soil bed to secure the cover material to the soil bed, and an actuation structure associated with each spike hammer (6, 7, 106) configured to urge the spike hammer (6, 7, 106) against the at least one spike.
A civil engineering machine for removing soil, which is formed with a plurality of machine modules (40, 50), comprising - a removal device, which is constructed from at least two machine modules (40, 50), and - a carrier structure for suspending and moving the removal device in a vertical direction in an advancing direction in order to form a hole in the ground, - wherein the carrier structure additionally has a guide device for conveying or transporting the separate machine modules (40, 50) transversely to the advancing direction, and - wherein a personnel passage is formed in and / or on the at least two machine modules (40, 50), which allows a person to pass horizontally along the at least two machine modules (40, 50) in the carrier structure. - a removal device, which is constructed from at least two machine modules (40, 50), and - a carrier structure for suspending and moving the removal device in a vertical direction in an advancing direction in order to form a hole in the ground, - wherein the carrier structure additionally has a guide device for conveying or transporting the separate machine modules (40, 50) transversely to the advancing direction, and - wherein a personnel passage is formed in and / or on the at least two machine modules (40, 50), which allows a person to pass horizontally along the at least two machine modules (40, 50) in the carrier structure.
Support roller or drive roller for a traction pulley or a conveyor, comprising a hub which is mounted by means of ball bearings (11, 12) and is provided on the outer circumference thereof with an elastic polymer layer as the running surface for the traction pulley, wherein the hub is composed of a hollow cylindrical outer hub, which supports the polymer layer, and a hollow cylindrical inner hub, which receives the ball bearing (11, 12) and the inner hub is inserted into the outer hub and is connected to the latter in a non-rotating manner, characterised in that the outer hub comprises a cover (1.1) and two end faces (1.2, 1.3), wherein the one end face (1.2) is completely open and the other end face (1.3) is partially closed by an end wall formed integrally with the cover (1.1) in which end wall a circular centric through opening is provided.
A one-part UV and abrasion resistant pigmented surfacing film composition comprising: a. a cycloaliphatic resin prereact formed through the reaction of: i. hydrogenated bisphenol A diglycidyl ether or hydrogenated bisphenol F diglycidyl ether; ii. bisphenol A; iii. a high molecular weight elastomer polymer of carboxylated acrylonitrile-butadiene polymer; and iv. a catalyst; b. at least one latent amine based epoxy curing agent; c. at least one amine catalyst; d. at least one filler; e. at least one pigment; f. a flow control agent adapted for co-curing with an amine curable aromatic epoxy or bismaleimide prepreg at a temperature of from 82°C (180°F) to 177°C (350°F). a. a cycloaliphatic resin prereact formed through the reaction of: i. hydrogenated bisphenol A diglycidyl ether or hydrogenated bisphenol F diglycidyl ether; ii. bisphenol A; iii. a high molecular weight elastomer polymer of carboxylated acrylonitrile-butadiene polymer; and iv. a catalyst; i. hydrogenated bisphenol A diglycidyl ether or hydrogenated bisphenol F diglycidyl ether; ii. bisphenol A; iii. a high molecular weight elastomer polymer of carboxylated acrylonitrile-butadiene polymer; and iv. a catalyst; b. at least one latent amine based epoxy curing agent; c. at least one amine catalyst; d. at least one filler; e. at least one pigment; f. a flow control agent adapted for co-curing with an amine curable aromatic epoxy or bismaleimide prepreg at a temperature of from 82°C (180°F) to 177°C (350°F).
A medical, in particular dental drilling tool (5, 6, 7, 8) for a device (1, 2, 3, 4) for the quick stop of the medical, in particular dental drilling tool (5, 6, 7, 8), wherein the drilling tool (5, 6, 7, 8) comprises: a connection end for connecting to a drive, an abrasive working end for removing material, a body extending between the connection end and the working end having a longitudinal extension extending along a longitudinal axis of the drilling tool (5, 6, 7, 8) and a hollow outer shell in which a probe pre-tensioned by a spring element is held, which is movable along the longitudinal axis relative to the outer shell, so that at least a part of the probe is movable out of the outer shell through an opening in the outer shell at the working end, and wherein the relative motion between the outer shell and the probe can be detected by an electromagnetic sensor of a device (1, 2, 3, 4) for the quick stop of the medical, in particular dental drilling tool (5, 6, 7, 8), wherein the probe is designed as an elongated pin extending along the longitudinal axis having a first end facing the connection end and a second end facing the working end, characterized in that the first end of the probe facing the connection end is held in the interior of the hollow outer shell of the drilling tool (5, 6, 7, 8) and that the drilling tool (5, 6, 7, 8) comprises a channel for a treatment fluid extending along the longitudinal axis. a connection end for connecting to a drive, an abrasive working end for removing material, a body extending between the connection end and the working end having a longitudinal extension extending along a longitudinal axis of the drilling tool (5, 6, 7, 8) and a hollow outer shell in which a probe pre-tensioned by a spring element is held, which is movable along the longitudinal axis relative to the outer shell, so that at least a part of the probe is movable out of the outer shell through an opening in the outer shell at the working end, and wherein the relative motion between the outer shell and the probe can be detected by an electromagnetic sensor of a device (1, 2, 3, 4) for the quick stop of the medical, in particular dental drilling tool (5, 6, 7, 8), wherein the probe is designed as an elongated pin extending along the longitudinal axis having a first end facing the connection end and a second end facing the working end, characterized in that the first end of the probe facing the connection end is held in the interior of the hollow outer shell of the drilling tool (5, 6, 7, 8) and that the drilling tool (5, 6, 7, 8) comprises a channel for a treatment fluid extending along the longitudinal axis.
A synthetic aperture radar, SAR, system, comprising: front-end circuitry coupled to transmit radar signals, to receive return radar signals, and to output digital radar data; FFT circuits coupled to the front-end circuitry; and a processor coupled to receive the FFT data and to output radar pixel data representing the radar image; wherein the SAR system is characterized in that the FFT circuits are configured to: receive the digital radar data; pre-compute x-axis components for pixels in common rows and y-axis components for pixels in common columns; and output interpolated FFT data that represents x-axis data and y-axis data for pixels within a radar image that correspond to oversampled pixel range values without zero-padding. front-end circuitry coupled to transmit radar signals, to receive return radar signals, and to output digital radar data; FFT circuits coupled to the front-end circuitry; and a processor coupled to receive the FFT data and to output radar pixel data representing the radar image; wherein the SAR system is characterized in that the FFT circuits are configured to: receive the digital radar data; pre-compute x-axis components for pixels in common rows and y-axis components for pixels in common columns; and output interpolated FFT data that represents x-axis data and y-axis data for pixels within a radar image that correspond to oversampled pixel range values without zero-padding. receive the digital radar data; pre-compute x-axis components for pixels in common rows and y-axis components for pixels in common columns; and output interpolated FFT data that represents x-axis data and y-axis data for pixels within a radar image that correspond to oversampled pixel range values without zero-padding.
Disc brake comprising a brake calliper, in which two brake pads which can be pressed against a brake disc in operation are located, an action-side brake pad being actuable via at least one rotatable actuating spindle by means of an application device, wherein the actuating spindle is guided through a closing cover, which seals a location chamber of the brake calliper towards the brake disc and to which is connected a bellows secured to the actuating spindle on the other hand to form a seal, characterised in that the bellows is in tight contact with the actuating spindle while being relatively rotatable and positively secured in the axial direction.