mhurhangee/ep-ind-claims huggingface dataset:
In a plasma generating apparatus including a plasma generating portion by which a plasma is generated by a vacuum arc discharge under a vacuum atmosphere, a plasma advancing path in which said plasma generated by said plasma generating portion progresses to a plasma treating portion side, and a droplet removing portion by which cathode material particles (referred to as droplets) by-produced from a cathode at a plasma generating time are removed, said plasma generating apparatus characterized in that said droplet removing portion is disposed in said plasma advancing path, wherein said droplet removing portion includes a radially enlarged tube, an introduction side radially reduced tube connected to a plasma introducing side initial end of said radially enlarged tube, a discharge side radially reduced tube connected to a plasma discharge side terminal end of said radially enlarged tube, and stepped portions formed at said initial end and said terminal end of said radially enlarged tube. a plasma generating portion by which a plasma is generated by a vacuum arc discharge under a vacuum atmosphere, a plasma advancing path in which said plasma generated by said plasma generating portion progresses to a plasma treating portion side, and a droplet removing portion by which cathode material particles (referred to as droplets) by-produced from a cathode at a plasma generating time are removed, said droplet removing portion is disposed in said plasma advancing path, wherein said droplet removing portion includes a radially enlarged tube, an introduction side radially reduced tube connected to a plasma introducing side initial end of said radially enlarged tube, a discharge side radially reduced tube connected to a plasma discharge side terminal end of said radially enlarged tube, and stepped portions formed at said initial end and said terminal end of said radially enlarged tube.
Eye socket covering grid which comprises a curved main body with an external closing edge, and the main body has a lower side which, in the implanted state, is facing the bone or bones forming the eye socket and the main body has an upper side facing away from the lower side, characterized in that at least one optically identifiable channel (5, 6) for representing at least one insertion vector is formed on the upper side.
A fatty acid amide of an amino acid, or a stereoisomer or salt thereof, for use in improving bone mineral density or treating osteoporosis in a subject suffering from Prader-Willi syndrome, wherein: the fatty acid moiety is a moiety of a saturated fatty acid, mono-unsaturated fatty acid, or poly-unsaturated fatty acid, optionally substituted on at least one of its α- or β-positions by at least one group which each independently is (C 1 -C 6)alkyl, -OR 1, or -SR 2; the amino acid moiety is a moiety of an amino acid optionally substituted at its α-position by at least one group which each independently is (C 1 -C 6)alkyl, or -OR 3; and Ri, R 2, and R 3 each independently is H or (C 1 -C 6)alkyl, provided that at least one of the fatty acid moiety and the amino acid moiety is substituted. the fatty acid moiety is a moiety of a saturated fatty acid, mono-unsaturated fatty acid, or poly-unsaturated fatty acid, optionally substituted on at least one of its α- or β-positions by at least one group which each independently is (C 1 -C 6)alkyl, -OR 1, or -SR 2; the amino acid moiety is a moiety of an amino acid optionally substituted at its α-position by at least one group which each independently is (C 1 -C 6)alkyl, or -OR 3; and Ri, R 2, and R 3 each independently is H or (C 1 -C 6)alkyl, provided that at least one of the fatty acid moiety and the amino acid moiety is substituted.
A machine (10, 110) for making columns in ground, the machine comprising: • a carrier (12, 112) having a mast (14, 114) extending along a longitudinal direction; • a movable carriage (16, 116) mounted to slide along the mast (14, 114); • a ground perforation tool (20, 120) extending along a longitudinal axis parallel to said longitudinal direction and secured to said movable carriage, presenting a top end (20a, 120a) connected to building material feed means, and a bottom end provided with an orifice (28, 128) for injecting building material; • a rotary drive system (18, 118) for driving the perforation tool in rotation; and • a body (40, 140) extending around the perforation tool (20, 120) so that the perforation tool is suitable for sliding through said body; said machine being characterized in that it further comprises a coupling system (60, 160) for coupling together the body (40, 140) and the perforation tool (20, 120), and configured in such a manner that, in at least one configuration, moving the perforation tool (20, 120) in rotation entrains rotation of the body (40, 140) and moving the perforation tool (20, 120) in translation entrains the body (40, 140) in translation. • a carrier (12, 112) having a mast (14, 114) extending along a longitudinal direction; • a movable carriage (16, 116) mounted to slide along the mast (14, 114); • a ground perforation tool (20, 120) extending along a longitudinal axis parallel to said longitudinal direction and secured to said movable carriage, presenting a top end (20a, 120a) connected to building material feed means, and a bottom end provided with an orifice (28, 128) for injecting building material; • a rotary drive system (18, 118) for driving the perforation tool in rotation; and • a body (40, 140) extending around the perforation tool (20, 120) so that the perforation tool is suitable for sliding through said body;
A level measuring instrument with variable transmitting power for measuring a filling level, the level measuring instrument comprising: a generator unit for generating a transmission signal; a controller for controlling the generator unit; and a directional coupler with a first input, a second input, a first output and a second output; wherein the generator unit is configured for generating different transmitting powers of the transmission signal; wherein the generator unit comprises: a first oscillator for generating a first oscillator signal; a second oscillator for generating a second oscillator signal; wherein the controller is configured for selectively driving either the first oscillator or the second oscillator; wherein the first input of the directional coupler is connected to the first oscillator and the second input of the directional coupler is connected to the second oscillator; wherein the first output of the directional coupler is a tap for tapping the reference signal, and wherein the second output of the directional coupler is configured for outputting the transmission signal. a generator unit for generating a transmission signal; a controller for controlling the generator unit; and a directional coupler with a first input, a second input, a first output and a second output; wherein the generator unit is configured for generating different transmitting powers of the transmission signal; wherein the generator unit comprises: a first oscillator for generating a first oscillator signal; a second oscillator for generating a second oscillator signal; wherein the controller is configured for selectively driving either the first oscillator or the second oscillator; wherein the first input of the directional coupler is connected to the first oscillator and the second input of the directional coupler is connected to the second oscillator; wherein the first output of the directional coupler is a tap for tapping the reference signal, and wherein the second output of the directional coupler is configured for outputting the transmission signal. a first oscillator for generating a first oscillator signal; a second oscillator for generating a second oscillator signal; wherein the controller is configured for selectively driving either the first oscillator or the second oscillator; wherein the first input of the directional coupler is connected to the first oscillator and the second input of the directional coupler is connected to the second oscillator; wherein the first output of the directional coupler is a tap for tapping the reference signal, and wherein the second output of the directional coupler is configured for outputting the transmission signal.
An assembly comprising a first part made of composite material and a second part, which parts are held one against the other by at least one fastener system having a fastener element with a head from which there extends a shank, the fastener system also having a bushing, said bushing including a collar presenting an inside face and an outside face of conical shape, the head of the fastener element bearing against the inside face of the collar, while the outside face of the collar bears against a countersink formed in the first part, the assembly being characterized in that the fastener system comprises a screw having a flat head from which there extends a shank provided with a threaded portion and a nut having tapping co-operating with the threaded portion of the screw, the collar presenting an inside face of conical shape that receives the flat head of the screw, and in that the outside face of the collar presents a cone angle (β 3611) greater than the cone angle (α 3610) of the inside face of said collar.
Vehicle with at least one electrochemical energy store, which energy store comprises at least one means for temperature control, wherein the means for temperature control is formed by at least one heat exchanger integrated in a housing of the at least one electrochemical energy store, which heat exchanger is connected to at least two temperature control fluid circuits (6, 7) of the vehicle, wherein at least one temperature control fluid circuit is formed by a high-temperature circuit and at least one further temperature control fluid circuit is formed by a low-temperature circuit of the vehicle, characterized in that the high-temperature circuit is formed by a cooling circuit of a fuel cell arrangement, or is integrated in such a circuit.
An agent for use in treating inflammation in a subject, wherein the agent is one or more bacterial, viral, phage, cosmid, or artificial chromosome vectors expressing interleukin 10 (IL-10) and interleukin 10 type 1 receptor (IL-10R1) in antigen-presenting cells in the subject, and wherein at least one constitutive promoter drives transcription of the IL-10 and IL-10R1 coding sequences.
Bearing assembly for an electric motor, in particular for a small electric motor, with an axially preloaded ball bearing comprising an inner race and an outer race, wherein said bearing assembly comprises an axial stop, a spring element disposed between said axial stop and said inner or outer race (3, 4) for generating said axial preload, and a thrust washer disposed between said spring element and said inner or outer race (3, 4), characterized in that said thrust washer is coated on both sides with a layer increasing static friction.
A method in an electronic device for determining the status of one battery cell, which battery cell is arranged to operate within the electronic device, which electronic device is arranged to comprise the battery cell, wherein a strain gauge is attached to the battery cell, the method comprising: - establishing a value of the dimension of the battery cell by use of the strain gauge; - determining status of the battery cell based on the established dimension value compared to a reference value and a threshold related to the dimension of the battery cell. - establishing a value of the dimension of the battery cell by use of the strain gauge; - determining status of the battery cell based on the established dimension value compared to a reference value and a threshold related to the dimension of the battery cell.
An insertable device comprising: a tube comprising a connecting portion and a suction portion, the connecting portion configured for coupling to a vacuum source that when actuated generates a change in pressure, and the suction portion insertable into a uterus, the suction portion comprising: a first loop comprising a plurality of openings (445a, 445b) along a medial surface of the first loop such that the plurality of openings are oriented away from the interior wall of the uterus upon insertion of the suction portion into the uterus; and a seal comprising a disk, the seal positioned along a length of the connecting portion proximal to the suction portion, the seal abutting a vaginal canal upon insertion of the insertable device and forming a seal between a vaginal opening and the uterus; characterized in that: the connecting portion and the suction portion are integrally formed of the same piece of material with the tube at least partially split in half to create a first branch and a second branch of the suction portion, thereby exposing a channel of the tube on a medial side of each branch (235a, 235b); the first loop of the suction portion comprises the first branch and the second branch of the tube that are connected by a bridge attached to a distal end of each branch. a tube comprising a connecting portion and a suction portion, the connecting portion configured for coupling to a vacuum source that when actuated generates a change in pressure, and the suction portion insertable into a uterus, the suction portion comprising: a first loop comprising a plurality of openings (445a, 445b) along a medial surface of the first loop such that the plurality of openings are oriented away from the interior wall of the uterus upon insertion of the suction portion into the uterus; and a seal comprising a disk, the seal positioned along a length of the connecting portion proximal to the suction portion, the seal abutting a vaginal canal upon insertion of the insertable device and forming a seal between a vaginal opening and the uterus; characterized in that: the connecting portion and the suction portion are integrally formed of the same piece of material with the tube at least partially split in half to create a first branch and a second branch of the suction portion, thereby exposing a channel of the tube on a medial side of each branch (235a, 235b); the first loop of the suction portion comprises the first branch and the second branch of the tube that are connected by a bridge attached to a distal end of each branch. the connecting portion and the suction portion are integrally formed of the same piece of material with the tube at least partially split in half to create a first branch and a second branch of the suction portion, thereby exposing a channel of the tube on a medial side of each branch (235a, 235b); the first loop of the suction portion comprises the first branch and the second branch of the tube that are connected by a bridge attached to a distal end of each branch.
Front engine attachment system for an engine of an aircraft, the front engine attachment system having a vertical median plane and having: - an engine pylon having, at a front part, a nose having a main female clevis and a cylindrical housing around a vertical axis, - a main link intended to be fastened to a front casing of the engine by a secondary ball-joint connection about a secondary axis perpendicular to the median plane by way of a secondary shaft, - a main shaft, which is perpendicular to the median plane and establishes a main ball-joint connection of the main link in the main female clevis about a main axis, wherein the main axis and the secondary axis are in the same vertical plane perpendicular to the median plane, and - an outer cylinder, which is coaxial with the vertical axis and a first end of which is fastened in the cylindrical housing and a second end of which is intended to be mounted, via an annular linear connection, around the vertical axis with respect to the front casing. - an engine pylon having, at a front part, a nose having a main female clevis and a cylindrical housing around a vertical axis, - a main link intended to be fastened to a front casing of the engine by a secondary ball-joint connection about a secondary axis perpendicular to the median plane by way of a secondary shaft, - a main shaft, which is perpendicular to the median plane and establishes a main ball-joint connection of the main link in the main female clevis about a main axis, wherein the main axis and the secondary axis are in the same vertical plane perpendicular to the median plane, and - an outer cylinder, which is coaxial with the vertical axis and a first end of which is fastened in the cylindrical housing and a second end of which is intended to be mounted, via an annular linear connection, around the vertical axis with respect to the front casing.
A composition for forming an organic film, comprising: a polymer having a partial structure shown by the following general formula; and an organic solvent, wherein Ar 1 and Ar2 each represent a benzene ring or a naphthalene ring which optionally have a substituent. a polymer having a partial structure shown by the following general formula; and an organic solvent, wherein Ar 1 and Ar2 each represent a benzene ring or a naphthalene ring which optionally have a substituent.
Method for producing a multiplicity of optoelectronic components, comprising: - providing a semiconductor body carrier, which comprises, on a first main area a multiplicity of semiconductor bodies each provided with a contact structure and having an active layer suitable for generating electromagnetic radiation, in a semiconductor layer sequence, wherein the contact structures are placed in each case at least partly between the semiconductor body carrier and the respective semiconductor body, and - forming a filling structure which is planar with a top side of the semiconductor bodies on the first main area, wherein the planar filling structure at least partly covers regions of the contact structure and the semiconductor body carrier, without covering the semiconductor body, characterized in that the step of forming the planar filling structure is performed by forming a patterned resist layer that covers at least the semiconductor body, forming the planar filling structure outside the patterned resist layer, and removing the patterned resist layer. - providing a semiconductor body carrier, which comprises, on a first main area a multiplicity of semiconductor bodies each provided with a contact structure and having an active layer suitable for generating electromagnetic radiation, in a semiconductor layer sequence, wherein the contact structures are placed in each case at least partly between the semiconductor body carrier and the respective semiconductor body, and - forming a filling structure which is planar with a top side of the semiconductor bodies on the first main area, wherein the planar filling structure at least partly covers regions of the contact structure and the semiconductor body carrier, without covering the semiconductor body, characterized in that the step of forming the planar filling structure is performed by forming a patterned resist layer that covers at least the semiconductor body, forming the planar filling structure outside the patterned resist layer, and removing the patterned resist layer.
A suspension fork for a bicycle, comprising two stanchion tubes (2, 3) and two slider tubes (4, 5) interacting therewith and a wheel receiving space in-between, as well as a damper system, wherein the damper system comprises at least one damper chamber divided into a first chamber and a second chamber by means of a movable piston and a damping device for rebound damping and a damping device for compression damping, characterized in that the damper system is disposed at the stanchion tube (2, 3) and that the damping device for rebound damping and the damping device for compression damping are disposed above the movable piston.
A monolithic microwave integrated circuit structure, comprising: a semiconductor substrate structure, comprising: a plurality of active devices and a microwave transmission line having an input section, an output section and an interconnecting section electrically interconnecting the active devices on one surface of the substrate; a thermally conductive, electrically non-conductive heat sink; and a thermally conductive bonding layer for bonding the heat sink to the substrate, the thermally conductive bonding layer having an electrically conductive portion, the electrically conductive portion being disposed between the heat sink and an opposite surface of a portion of the substrate having the active devices, characterised in that the thermally conductive bonding layer has an electrically non-conductive portion, the electrically non-conductive portion being disposed on the opposite surface portion overlaying a portion of the microwave transmission line section. a plurality of active devices and a microwave transmission line having an input section, an output section and an interconnecting section electrically interconnecting the active devices on one surface of the substrate; a thermally conductive, electrically non-conductive heat sink; and a thermally conductive bonding layer for bonding the heat sink to the substrate, the thermally conductive bonding layer having an electrically conductive portion, the electrically conductive portion being disposed between the heat sink and an opposite surface of a portion of the substrate having the active devices,
A cultivation medium characterized in that it is made by defibration of a bark-based composition said cultivation medium having water availability that is greater than or equal to 250 mL/L wherein the bark-based composition comprises 100% by volume of bark, and comprises: - • a fine fraction, corresponding to particles smaller than 100 μm, that is less than 10%; - • a medium fraction, corresponding to particles lying in the range 100 μm to 1000 μm, that is greater than 50%; and - • a coarse fraction, corresponding to particles lying in the range 1000 μm to 10,000 μm, that is less than 40%. - • a fine fraction, corresponding to particles smaller than 100 μm, that is less than 10%; - • a medium fraction, corresponding to particles lying in the range 100 μm to 1000 μm, that is greater than 50%; and - • a coarse fraction, corresponding to particles lying in the range 1000 μm to 10,000 μm, that is less than 40%.
A method of controlling a fluid level around a transmission gear of a vehicle including the steps of (a) providing a set of predetermined operating conditions, each predetermined operating condition having a corresponding predetermined fluid level requirement, (b) operating the vehicle at an actual operating condition, (c) determining a predetermined operating condition equivalent to the actual operating condition, (d) arranging the fluid level around the transmission gear to be equivalent to the predetermined fluid level requirement corresponding to said predetermined operating condition, a first predetermined operating condition of said set of predetermined operating conditions being at least defined by a first temperature of a transmission component, a second predetermined operating condition of said set of predetermined operating conditions being at least defined by a second temperature of said transmission component which is different from the first temperature, said first predetermined operating condition having a first predetermined fluid level requirement, said second predetermined operating condition having a second predetermined fluid level requirement which is different from said first predetermined fluid level requirement, characterised in that said transmission component is a pinion bearing within a rear axle, a housing immediately surrounding a pinion bearing within a rear axle or another bearing housing within a rear axle. (a) providing a set of predetermined operating conditions, each predetermined operating condition having a corresponding predetermined fluid level requirement, (b) operating the vehicle at an actual operating condition, (c) determining a predetermined operating condition equivalent to the actual operating condition, (d) arranging the fluid level around the transmission gear to be equivalent to the predetermined fluid level requirement corresponding to said predetermined operating condition,