mhurhangee/patent-ind-claim-en huggingface dataset:
Trailer coupling for a motor vehicle for attaching a trailer or supporting a load carrier, with a coupling arm (11-311) provided with a coupling element for coupling-on the trailer or load carrier, and at least one sensor mounted on the coupling arm (11-311), for detecting a deformation of the coupling arm (11-311) due to a load acting on the coupling arm (11-311), wherein there is provided on an outer peripheral contour of the coupling arm (11-311) at least one recess (40, 41; 340, 341), in or on which the sensor or sensors is or are mounted or held, wherein the sensor or sensors has or have a first sensor part and a second sensor part , wherein the sensor parts are each connected to the coupling arm (11-311) at a distance from one another, in particular bonded and/or clamped flat, characterised in that the sensor parts make a relative movement towards one another during deformation of the coupling arm (11-311) and the sensor parts are discrete and not connected to one another and have electrically capacitive surfaces lying opposite one another and/or interacting.
A rinse arm system for a warewasher, in particular for a commercial utensil washer or dishwasher, wherein the system comprises the following: - a rinse arm which can be rotated about a rotation axis (D), - a locking mechanism which can be connected to the rinse arm in such a way that the locking mechanism can be rotated about the rotation axis (D) and with respect to the rinse arm ; and - a bushing , characterized in that the locking mechanism can be latched in an interlocking manner or clamped in a force-fitting manner to the bushing in such a way that - in the latched or clamped state - the locking mechanism is fixedly connected to the bushing and , during the operation of the rinse arm , the rinse arm can be rotated about the rotation axis (D) with respect to the bushing while the locking mechanism is not rotated. - a rinse arm which can be rotated about a rotation axis (D), - a locking mechanism which can be connected to the rinse arm in such a way that the locking mechanism can be rotated about the rotation axis (D) and with respect to the rinse arm ; and - a bushing ,
A liquid composition comprising a proteinaceous neurotoxin, a surfactant, an amino acid selected from tryptophan and tyrosine, a buffer comprising sodium, chloride and phosphate ions, wherein said liquid composition has a pH between 5.5 and 8, wherein said composition is free of animal derived proteins, and wherein said liquid composition is stable over time.
A connecting portion including power direct-current coaxial cables (B, C) each cable (B, C) including a main conductor at a center of the cable, a main insulating layer around the main conductor , and a return conductor that is formed by coaxially stranding a plurality of return-conductor wires around the main insulating layer , wherein a return-conductor wire bundle is formed by placing a plurality of aligned return-conductor wires next to each other for each of the power direct-current coaxial cables, the return-conductor wires of different cables (B, C) have different number of wires and different wire diameters, characterized in that the number of wires of return-conductor wire bundles of different cables (B, C) are adjusted so that the number of return-conductor wire bundles is the same between the different direct-current coaxial cables (B, C) to be connected with each other; the distal ends of the return-conductor wire bundles (24b and 24c) of different cables (B,C) are weld connected .
A process of manufacturing a pressure sensitive adhesive, the process comprising the steps of: a) providing a precursor composition of a pressure sensitive adhesive; b) incorporating a degassing additive into the precursor composition of a pressure sensitive adhesive, wherein the degassing additive comprises a porous carrier and an aqueous medium, wherein the porous carrier comprises a polymeric material and wherein the aqueous medium is absorbed into the porous carrier and comprises a surfactant; c) allowing the degassing additive to release the aqueous medium into the precursor composition of a pressure sensitive adhesive; and d) extracting the water released from the degassing additive, from the precursor composition of a pressure sensitive adhesive. a) providing a precursor composition of a pressure sensitive adhesive; b) incorporating a degassing additive into the precursor composition of a pressure sensitive adhesive, wherein the degassing additive comprises a porous carrier and an aqueous medium, wherein the porous carrier comprises a polymeric material and wherein the aqueous medium is absorbed into the porous carrier and comprises a surfactant; c) allowing the degassing additive to release the aqueous medium into the precursor composition of a pressure sensitive adhesive; and d) extracting the water released from the degassing additive, from the precursor composition of a pressure sensitive adhesive.
A refrigerant pump , comprising a housing and a pump head , wherein the housing is provided with a liquid inlet , a liquid outlet , and first space (R1) and second space (R2) that are disposed side by side in the housing and that are isolated from each other, the first space (R1) is configured to store refrigerant of a cooling system, the liquid inlet is configured to be directly connected to a condenser of the cooling system by using a pipeline, an inlet of the pump head is located at the bottom of the first space R1 in a gravity direction, the pump head is configured to transfer the refrigerant in the first space (R1) to the second space (R2), and the refrigerant in the second space (R2) is output through the liquid outlet ; characterized in that the refrigerant pump further comprises a one-way valve , the one-way valve and the pump head are disposed in parallel between the first space (R1) and the second space (R2), and an inlet of the one-way valve is located at the bottom of the first space (R1) in the gravity direction.
A slide to provide an egress path from an exit of an aircraft , the slide comprising: a porch configured to attach to the aircraft ; a ramp comprising first and second slide lanes that extend between an upper end at the porch and an opposing lower end, wherein the ramp is inflatable; first and second jump targets positioned on the first and second slide lanes respectively, the first and second jump targets spaced away from the porch ; a first pair of lane markers positioned on the ramp and that extend along lateral sides of the first slide lane ; a second pair of lane markers positioned on the ramp and that extend along lateral sides of the second slide lane ; each of the first and second pairs of lane markers outlining lateral sides of the first and second slide lanes respectively and providing a visual identification of the first and second slide lanes ; the first jump target positioned between the first pair of the lane markers and the second jump target positioned between the second pair of lane markers ; the first and second jump targets constructed from a first material with a higher visibility than the first and second slide lanes and the first and second pair of lane markers. a porch configured to attach to the aircraft ; a ramp comprising first and second slide lanes that extend between an upper end at the porch and an opposing lower end, wherein the ramp is inflatable; first and second jump targets positioned on the first and second slide lanes respectively, the first and second jump targets spaced away from the porch ; a first pair of lane markers positioned on the ramp and that extend along lateral sides of the first slide lane ; a second pair of lane markers positioned on the ramp and that extend along lateral sides of the second slide lane ; each of the first and second pairs of lane markers outlining lateral sides of the first and second slide lanes respectively and providing a visual identification of the first and second slide lanes ; the first jump target positioned between the first pair of the lane markers and the second jump target positioned between the second pair of lane markers ; the first and second jump targets constructed from a first material with a higher visibility than the first and second slide lanes and the first and second pair of lane markers.
A solid-state image pickup element comprising: a pixel having a plurality of protrusions formed on a light-receiving surface; a light-receiving-surface-sided trench being a trench formed around the pixel at the light-receiving surface; a light-receiving-surface-sided member buried in the light-receiving-surface-sided trench; an opposed-surface-sided trench formed at an opposed surface opposed to the light-receiving surface of a substrate having the pixel (340; 350) formed; and characterised by an opposed-surface-sided member buried in the opposed-surface-sided trench , wherein the opposed-surface-sided member includes a member lower in refractive index than the pixel (340; 350), and wherein the opposed-surface-sided trench is formed at a center portion of the pixel. a pixel having a plurality of protrusions formed on a light-receiving surface; a light-receiving-surface-sided trench being a trench formed around the pixel at the light-receiving surface; a light-receiving-surface-sided member buried in the light-receiving-surface-sided trench; an opposed-surface-sided trench formed at an opposed surface opposed to the light-receiving surface of a substrate having the pixel (340; 350) formed; and characterised by an opposed-surface-sided member buried in the opposed-surface-sided trench , wherein the opposed-surface-sided member includes a member lower in refractive index than the pixel (340; 350), and wherein the opposed-surface-sided trench is formed at a center portion of the pixel.
A method of transmitting/receiving data by a base station in a New Radio, NR, access network, the method comprising: configuring a time domain scheduling unit (S400) made up of at least one OFDM symbol for each user equipment; allocating a downlink data channel transmission resource with the time domain scheduling unit for a first user equipment (S410), said user equipment being an eMBB or a mMTC user equipment; and without transmission to the first user equipment in a part of the downlink data channel transmission resource, allocating the part of the downlink data channel transmission resource as a downlink data channel transmission resource for a second user equipment (S430) said second user equipment being an URLLC equipment; the method characterized in that the number of OFDM symbols in the part of the downlink data channel transmission resource is defined using a subcarrier spacing for the first user equipment and a subcarrier spacing of the second user equipment. configuring a time domain scheduling unit (S400) made up of at least one OFDM symbol for each user equipment; allocating a downlink data channel transmission resource with the time domain scheduling unit for a first user equipment (S410), said user equipment being an eMBB or a mMTC user equipment; and without transmission to the first user equipment in a part of the downlink data channel transmission resource, allocating the part of the downlink data channel transmission resource as a downlink data channel transmission resource for a second user equipment (S430) said second user equipment being an URLLC equipment; the method characterized in that the number of OFDM symbols in the part of the downlink data channel transmission resource is defined using a subcarrier spacing for the first user equipment and a subcarrier spacing of the second user equipment.
A feeder for presenting components comprising: a container for holding the components, the container having sloped interior walls and a passage ; an elongated pedestal having a plurality of flat upper surfaces , the pedestal being reciprocally mounted for movement through the passage along a longitudinal axis (a); and an actuator for moving the pedestal along the longitudinal axis between a low position and a high position, wherein the feeder is adapted so that: when the pedestal is in the low position, the flat upper surfaces of the pedestal are substantially below a rim of the container and the interior walls of the container direct the components onto the flat upper surfaces of the pedestal and when the pedestal is in the high position, a plurality of select components are on the flat upper surfaces , characterized in that the elongated pedestal has ribs and a plurality of channels formed between the ribs, the ribs defining the plurality of flat upper surfaces and comprising a depth and a length, wherein the length of the ribs varies with distance from a center of the pedestal, wherein the pedestal is adapted so that: as the pedestal moves from the low position to the high position, a plurality of excess components are dispersed through the channels ; and when the pedestal is in the high position, a plurality of select components are isolated, on the flat upper surfaces , from the other components. a container for holding the components, the container having sloped interior walls and a passage ; an elongated pedestal having a plurality of flat upper surfaces , the pedestal being reciprocally mounted for movement through the passage along a longitudinal axis (a); and an actuator for moving the pedestal along the longitudinal axis between a low position and a high position, when the pedestal is in the low position, the flat upper surfaces of the pedestal are substantially below a rim of the container and the interior walls of the container direct the components onto the flat upper surfaces of the pedestal and when the pedestal is in the high position, a plurality of select components are on the flat upper surfaces , as the pedestal moves from the low position to the high position, a plurality of excess components are dispersed through the channels ; and when the pedestal is in the high position, a plurality of select components are isolated, on the flat upper surfaces , from the other components.
A self-dispersible mixture additive composition comprising: a hydrolyzed alkylalkoxysilane of formula (I) i. (RO) 4-n SiR' n (I) where, n is any number from 1 to 3, R is same or different and is a C 1 -C 20 group, R' is same or different and is a C 1 -C 20 group; and one or more non-ionic emulsifier of HLB value between 8 and 20, wherein the non-ionic emulsifier is selected from polyoxyalkylene alkyl ether, polyoxyalkylene alkylphenyl ethers and polyoxyalkylene sorbitan esters, characterized in that the composition is without water. a hydrolyzed alkylalkoxysilane of formula (I) i. (RO) 4-n SiR' n (I) i. (RO) 4-n SiR' n (I) where, n is any number from 1 to 3, R is same or different and is a C 1 -C 20 group, R' is same or different and is a C 1 -C 20 group; and one or more non-ionic emulsifier of HLB value between 8 and 20, wherein the non-ionic emulsifier is selected from polyoxyalkylene alkyl ether, polyoxyalkylene alkylphenyl ethers and polyoxyalkylene sorbitan esters, characterized in that the composition is without water.
An airway device for human or animal use comprising an airway tube having a first end and a second end , the first end of which is surrounded by a laryngeal cuff configured to fit over the laryngeal inlet of a patient when in situ, characterised in that the first end of the airway tube is provided with an intubating ramp configured to direct an endotreacheal tube inserted through the airway tube into the laryngeal inlet of the patient when in situ, wherein the intubating ramp is provided with a plurality of grooves which run longitudinally along the full length of the intubating ramp from the first end to the second end of the longitudinal ramp .
A Multi-Beam on Receive Electronically Steerable Antenna comprising: a Tx array comprising a phased array of Tx antenna elements and having, in a Tx array plane, a geometric aperture with one or more pairs of parallel opposite sides; an Rx array comprising a phased array of Rx antenna elements and having, in an Rx array plane either coplanar with or parallel to the Tx array plane, a geometric aperture with one or more pairs of parallel opposite sides; the geometric aperture of the Tx array is rotated relative to the geometric aperture of the Rx array to such an extent that one or more pairs of parallel opposite sides of the geometric aperture of the Tx array are inclined or tilted relative to one or more pairs of parallel opposite sides of the geometric aperture of the Rx array by a non-zero angle other than, in particular lower than, 90°; the Multi-Beam on Receive Electronically Steerable Antenna further comprises an Antenna Controller designed to cause the Tx antenna elements to transmit an RF Tx beam having a Tx pattern with a wide Tx beamwidth, and the Rx antenna elements to simultaneously receive multiple RF beams processable to simultaneously synthesize multiple Rx beams having Rx patterns with Rx beamwidths individually narrower than the Tx beamwidth; the number of Tx antenna elements is lower than the number of Rx antenna elements ; the Tx beam has a lower directivity than the individual Rx beams so as to result in the Tx beam having a wider azimuthal and/or elevational beamwidth than the individual receive beams; and the Tx array has a gain lower than the Rx array . a Tx array comprising a phased array of Tx antenna elements and having, in a Tx array plane, a geometric aperture with one or more pairs of parallel opposite sides; an Rx array comprising a phased array of Rx antenna elements and having, in an Rx array plane either coplanar with or parallel to the Tx array plane, a geometric aperture with one or more pairs of parallel opposite sides; the geometric aperture of the Tx array is rotated relative to the geometric aperture of the Rx array to such an extent that one or more pairs of parallel opposite sides of the geometric aperture of the Tx array are inclined or tilted relative to one or more pairs of parallel opposite sides of the geometric aperture of the Rx array by a non-zero angle other than, in particular lower than, 90°; the Multi-Beam on Receive Electronically Steerable Antenna further comprises an Antenna Controller designed to cause the Tx antenna elements to transmit an RF Tx beam having a Tx pattern with a wide Tx beamwidth, and the Rx antenna elements to simultaneously receive multiple RF beams processable to simultaneously synthesize multiple Rx beams having Rx patterns with Rx beamwidths individually narrower than the Tx beamwidth; the number of Tx antenna elements is lower than the number of Rx antenna elements ; the Tx beam has a lower directivity than the individual Rx beams so as to result in the Tx beam having a wider azimuthal and/or elevational beamwidth than the individual receive beams; and the Tx array has a gain lower than the Rx array .
A solid catalyst component for the (co)polymerization of olefins comprising titanium, magnesium, halogen, bismuth and an electron donor compound and is obtained by a process comprising the following steps: (a) dissolving a Mg(OR) 2 compound where R groups, equal or different to each other, are C 1 -C 15 hydrocarbon groups optionally containing a heteroatom selected from O, N and halogen, in an organic liquid medium in order to have a liquid mixture; (b) contacting the above mixture (a) with TiCl 4 obtaining a liquid mixture not containing solid phase, (c) subjecting the liquid mixture (b) to a temperature of at least 50°C thereby forming solid catalyst particles, said process being characterized by the fact that (i) a Bi compound and (ii) a bidentate electron donor compound is present in one or more of steps (a) to (c) and/or contacted with the solid catalyst particles obtained from (c). (a) dissolving a Mg(OR) 2 compound where R groups, equal or different to each other, are C 1 -C 15 hydrocarbon groups optionally containing a heteroatom selected from O, N and halogen, in an organic liquid medium in order to have a liquid mixture; (b) contacting the above mixture (a) with TiCl 4 obtaining a liquid mixture not containing solid phase, (c) subjecting the liquid mixture (b) to a temperature of at least 50°C thereby forming solid catalyst particles, said process being characterized by the fact that (i) a Bi compound and (ii) a bidentate electron donor compound is present in one or more of steps (a) to (c) and/or contacted with the solid catalyst particles obtained from (c).
A timepiece movement comprising: a stepping motor having a rotor for rotating an indicating hand ; and a train wheel group having wheel gears rotating based on rotation of the rotor, wherein the train wheel group includes a first wheel gear , a second wheel gear , a third wheel gear having a first reference load unit disposed to mesh with the first wheel gear so that a load received by the rotor fluctuates in a case where the first reference load unit meshes with the first wheel gear, and rotating at a first reduction ratio with respect to the rotor, and a fourth wheel gear having a second reference load unit disposed to mesh with the second wheel gear so that the load received by the rotor fluctuates in a case where the second reference load unit meshes with the second wheel gear, and rotating at a second reduction ratio lower than the first reduction ratio with respect to the rotor. a stepping motor having a rotor for rotating an indicating hand ; and a train wheel group having wheel gears rotating based on rotation of the rotor, wherein the train wheel group includes a first wheel gear , a second wheel gear , a third wheel gear having a first reference load unit disposed to mesh with the first wheel gear so that a load received by the rotor fluctuates in a case where the first reference load unit meshes with the first wheel gear, and rotating at a first reduction ratio with respect to the rotor, and a fourth wheel gear having a second reference load unit disposed to mesh with the second wheel gear so that the load received by the rotor fluctuates in a case where the second reference load unit meshes with the second wheel gear, and rotating at a second reduction ratio lower than the first reduction ratio with respect to the rotor. a first wheel gear , a second wheel gear , a third wheel gear having a first reference load unit disposed to mesh with the first wheel gear so that a load received by the rotor fluctuates in a case where the first reference load unit meshes with the first wheel gear, and rotating at a first reduction ratio with respect to the rotor, and a fourth wheel gear having a second reference load unit disposed to mesh with the second wheel gear so that the load received by the rotor fluctuates in a case where the second reference load unit meshes with the second wheel gear, and rotating at a second reduction ratio lower than the first reduction ratio with respect to the rotor.