mhurhangee/ep-ind-claims huggingface dataset:
An injection device for injecting dosed quantities of a liquid therapeutic agent, having a receiving member for the therapeutic agent, an application member for transferring the therapeutic agent to an application site, a dosing member for transferring the therapeutic agent from the receiving member to the application member, a release member for activating the dosing member, and a detection member for detecting the applied quantity of the therapeutic agent, having a sensor assembly comprising at least one proximity sensor and one position sensor by means of which, if both the proximity sensor and the position sensor signal that the injection device is horizontal and that a person to be injected is being approached, it is detected whether or not the therapeutic agent has reached the application site or a site differing from the application site, wherein the proximity sensor is a capacitive sensor and/or an optical sensor and/or an ultrasonic sensor.
An electrical storage device comprising a housing structure having a battery unit housing portion for housing a battery unit and an attaching panel, a plurality of connectors attached to the attaching panel, and conductive members connecting between the plurality of connectors, wherein the plurality of connectors are attached to the attaching panel on a battery unit housing portion side thereof, wherein the conductive members connect between adjacent ones of the plurality of connectors on the battery unit housing portion side, wherein the housing structure has a plurality of battery unit housing portions defined in a lattice shape, and wherein the connector is provided in each of the plurality of battery unit housing portions.
A punching method comprising: punching out a plurality of electrical steel sheets in a stacked state by a mold, wherein sheet thicknesses of the electrical steel sheets are set to be 0.35 mm or less, a Vickers hardness (test force 1 kg) of the sheets is set to be 150 to 400, and an average crystal grain size of the sheets as determined by the method specified in the description is set to be 50 to 250 μm, a clearance of the mold is set to be 7% or more of a minimum sheet thickness of the sheet thicknesses of the electrical steel sheets and 7% or less of a total sheet thickness of the electrical steel sheets, and a pressure that a sheet presser of the mold applies to the electrical steel sheets is set to be 0.10 MPa or more. punching out a plurality of electrical steel sheets in a stacked state by a mold, wherein sheet thicknesses of the electrical steel sheets are set to be 0.35 mm or less, a Vickers hardness (test force 1 kg) of the sheets is set to be 150 to 400, and an average crystal grain size of the sheets as determined by the method specified in the description is set to be 50 to 250 μm, a clearance of the mold is set to be 7% or more of a minimum sheet thickness of the sheet thicknesses of the electrical steel sheets and 7% or less of a total sheet thickness of the electrical steel sheets, and a pressure that a sheet presser of the mold applies to the electrical steel sheets is set to be 0.10 MPa or more.
A catheter comprising: an outer tube member having a lumen extending in a longitudinal direction; a handle provided on a proximal side of the outer tube member; a plurality of electrodes provided on the outer tube member; conducting wires (6, 6a, 6b) connected to one or more of the electrodes and disposed in the lumen, the conducting wires each having a coating; and an operating wire having a distal end portion fixed to a distal end portion of the outer tube member, wherein a first connection point, at which one of said conducting wires is connected to one of the electrodes, and a second connection point, at which another conducting wire of said conducting wires is connected to another of the electrodes, are disposed at different locations in a circumferential direction of the outer tube member, and said one of the conducting wires connected to the first connecting point and said another conducting wire of the conducting wires connected to the second connecting point are disposed in the same lumen of the outer tube member. an outer tube member having a lumen extending in a longitudinal direction; a handle provided on a proximal side of the outer tube member; a plurality of electrodes provided on the outer tube member; conducting wires (6, 6a, 6b) connected to one or more of the electrodes and disposed in the lumen, the conducting wires each having a coating; and an operating wire having a distal end portion fixed to a distal end portion of the outer tube member, wherein a first connection point, at which one of said conducting wires is connected to one of the electrodes, and a second connection point, at which another conducting wire of said conducting wires is connected to another of the electrodes, are disposed at different locations in a circumferential direction of the outer tube member, and said one of the conducting wires connected to the first connecting point and said another conducting wire of the conducting wires connected to the second connecting point are disposed in the same lumen of the outer tube member.
Moulding unit for forming containers made of thermoplastic material from preforms, in particular by blow-moulding or stretch-blow-moulding, the moulding unit having: - two mould supports (32A, 32B) able to move between an open position and a closed position; - a mould having at least two half-moulds (44A, 44B) each one of which is intended to be mounted on one of the associated mould supports (32A, 32B), each half-mould (44A, 44B) being delimited by a front joint face and by a rear assembly face, the two half-moulds (44A, 44B) being liable to occupy a position in which they are joined by their joint faces when the mould supports (32A, 32B) occupy their closed position; - a moulding cavity that is produced in two parts in each joint face and that is reconstituted when the mould occupies its joined position, the cavity opening vertically upwards via a passage orifice intended to allow a neck of the preform to pass through; in the joined position, the assembly faces of the mould have: - a first transverse vertical plane that extends along the joint faces and that passes through the centre of the passage orifice, and - a second vertical plane of symmetry orthogonal to the first plane of symmetry, the two planes (P1, P2) of symmetry intersecting at a central vertical axis of the mould; characterized in that the central axis of the passage orifice is offset transversely relative to the central axis of the mould. - two mould supports (32A, 32B) able to move between an open position and a closed position; - a mould having at least two half-moulds (44A, 44B) each one of which is intended to be mounted on one of the associated mould supports (32A, 32B), each half-mould (44A, 44B) being delimited by a front joint face and by a rear assembly face, the two half-moulds (44A, 44B) being liable to occupy a position in which they are joined by their joint faces when the mould supports (32A, 32B) occupy their closed position; - a moulding cavity that is produced in two parts in each joint face and that is reconstituted when the mould occupies its joined position, the cavity opening vertically upwards via a passage orifice intended to allow a neck of the preform to pass through; - a first transverse vertical plane that extends along the joint faces and that passes through the centre of the passage orifice, and - a second vertical plane of symmetry orthogonal to the first plane of symmetry, the two planes (P1, P2) of symmetry intersecting at a central vertical axis of the mould;
A blood pump, comprising: - a pump casing having a blood flow inlet and a blood flow outlet connected by a passage, - an impeller arranged in said pump casing so as to be rotatable about an axis of rotation, the impeller being provided with blades sized and shaped for conveying blood along the passage from the blood flow inlet to the blood flow outlet, the impeller being rotatably supported in the pump casing by at least one contact-type bearing comprising a bearing surface of the impeller facing a bearing surface of the pump casing, - at least one wash out channel which extends through the impeller and is in fluid connection with the passage via a first opening and with the bearing via a second opening, the wash out channel being operatively associated with a secondary pump for pumping blood through the wash out channel towards the bearing, the secondary pump being formed at least partially by said at least one wash out channel which extends diagonally or radially through the impeller, wherein the wash out channel extends through one of the blades and exits at an outlet opening and the first opening of the wash out channel is disposed diagonally opposite to said blade and the outlet opening. - a pump casing having a blood flow inlet and a blood flow outlet connected by a passage, - an impeller arranged in said pump casing so as to be rotatable about an axis of rotation, the impeller being provided with blades sized and shaped for conveying blood along the passage from the blood flow inlet to the blood flow outlet, the impeller being rotatably supported in the pump casing by at least one contact-type bearing comprising a bearing surface of the impeller facing a bearing surface of the pump casing, - at least one wash out channel which extends through the impeller and is in fluid connection with the passage via a first opening and with the bearing via a second opening, the wash out channel being operatively associated with a secondary pump for pumping blood through the wash out channel towards the bearing, the secondary pump being formed at least partially by said at least one wash out channel which extends diagonally or radially through the impeller,
An axle arrangement for a vehicle, preferably a commercial vehicle and/or a commercial vehicle trailer, having: - at least one steerable first axle and - at least one steerable second axle, wherein - an electric hydraulic unit for steering the second axle is provided, characterized in that the axle body of the second axle serves as a fluid container for the hydraulic unit and/or a fastening element is configured as a hollow body, serves for holding a functional component on the second axle and serves as a fluid container for the hydraulic unit. - at least one steerable first axle and - at least one steerable second axle, wherein - an electric hydraulic unit for steering the second axle is provided, characterized in that the axle body of the second axle serves as a fluid container for the hydraulic unit and/or a fastening element is configured as a hollow body, serves for holding a functional component on the second axle and serves as a fluid container for the hydraulic unit.
Motor vehicle, comprising a door leading to a driver seat, and at least one control device for setting person-specific parameters for settable vehicle components, wherein at least one sensor (8, 10) arranged on the door side or in a region on the vehicle body close to the door is provided for determining at least one item of information (a, p) concerning the door opening operation during a door opening operation, wherein the control device is designed for determining the person opening the door based on the information and for setting the vehicle components depending on the person identification.
Process for the production of a biodegradable plastics material obtained from plant waste materials, characterised in that it comprises the operations of: a) dissolving the said plant waste material in an anhydrous solvent consisting of anhydrous trifluoroacetic acid and trifluoroacetic anhydride in order that a cellulose fraction of said material may be dissolved, the said waste material being partly dehydrated to the extent that its water content is not suitable to cause hydrolysis of the said cellulose fraction, and b) removing the solvent from the solution containing the non-hydrolysed cellulose fraction. a) dissolving the said plant waste material in an anhydrous solvent consisting of anhydrous trifluoroacetic acid and trifluoroacetic anhydride in order that a cellulose fraction of said material may be dissolved, the said waste material being partly dehydrated to the extent that its water content is not suitable to cause hydrolysis of the said cellulose fraction, and b) removing the solvent from the solution containing the non-hydrolysed cellulose fraction.
Method for estimating the insulation resistance between a point of a high-voltage circuit including a high-voltage motor vehicle battery and the earth of said vehicle, which includes: (a) measuring a voltage value (U' Smes) at the terminals of a measurement circuit, said measurement circuit comprising a capacitive element connected to the battery, (b) calculating a standard deviation value (ε) based on the measured voltage value, and based on a theoretical voltage value (U' Smod) estimated from a model of the measurement circuit, said model being a function of a capacitance value of the capacitive element, (c) calculating an averaged deviation value from the standard deviation value and previous deviation values, (d) estimating an updated insulation resistance value (R isol) in accordance with said averaged deviation value. (a) measuring a voltage value (U' Smes) at the terminals of a measurement circuit, said measurement circuit comprising a capacitive element connected to the battery, (b) calculating a standard deviation value (ε) based on the measured voltage value, and based on a theoretical voltage value (U' Smod) estimated from a model of the measurement circuit, said model being a function of a capacitance value of the capacitive element, (c) calculating an averaged deviation value from the standard deviation value and previous deviation values, (d) estimating an updated insulation resistance value (R isol) in accordance with said averaged deviation value.
Gas distribution assembly, comprising: - a gas container equipped with a tap block comprising an inner gas passage, - a protective casing surrounding all or part of said tap block and a carrying handle attached to said casing by at least one support post, - at least one pressure sensor designed to measure the gas pressure inside said inner gas passage of the tap block, - data processing means (11, 12) connected to said at least one pressure sensor, - a system (5, 13) for wireless transmission of data, comprising a transmitting and/or receiving antenna, and - at least one electrical energy source electrically supplying said data processing means (11, 12) and said data transmission system (5, 13), characterised in that said transmitting and/or receiving antenna is arranged in said at least one support post bearing the carrying handle. - a gas container equipped with a tap block comprising an inner gas passage, - a protective casing surrounding all or part of said tap block and a carrying handle attached to said casing by at least one support post, - at least one pressure sensor designed to measure the gas pressure inside said inner gas passage of the tap block, - data processing means (11, 12) connected to said at least one pressure sensor, - a system (5, 13) for wireless transmission of data, comprising a transmitting and/or receiving antenna, and - at least one electrical energy source electrically supplying said data processing means (11, 12) and said data transmission system (5, 13), characterised in that said transmitting and/or receiving antenna is arranged in said at least one support post bearing the carrying handle.
Test stand for motor vehicles, in which forces acting on the contact patches of the tyres during acceleration as well as during braking are measured, comprising a test roller, a slip sensor and/or tachometer arranged on the test roller, and a strain sensor, wherein the strain sensor comprises at least one sensor element for measuring the forces, and an evaluation device for processing the measured forces and at least one additional item of information, wherein the additional item of information relates to a slip signal of the slip sensor and/or a rotational speed of the tachometer, wherein the evaluation device is integrated into the strain sensor, and wherein the strain sensor is designed as a sensor node of a sensor network of a plurality of interlinked sensor nodes. a test roller, a slip sensor and/or tachometer arranged on the test roller, and a strain sensor, wherein the strain sensor comprises at least one sensor element for measuring the forces, and an evaluation device for processing the measured forces and at least one additional item of information, wherein the additional item of information relates to a slip signal of the slip sensor and/or a rotational speed of the tachometer, wherein the evaluation device is integrated into the strain sensor, and wherein the strain sensor is designed as a sensor node of a sensor network of a plurality of interlinked sensor nodes.
A method in a portable Radio Frequency IDentification reader, for characterizing an antenna attached to the RFID reader, the antenna sharing the transmitting and receiving functions of the RFID reader, the method comprising: outputting, by a radio frequency source of the portable RFID reader, a test signal comprising a low amplitude modulation index radio frequency waveform to the antenna, the waveform simulating tag data timing and bandwidth; removing, by direct current blocking capacitors (141, 142) of the portable RFID reader, a direct current component from a waveform reflected from the antenna, to create a chopped portion of the reflected waveform, the reflected waveform resulting from the test signal output to the antenna; applying, by a receiver vector demodulator of the portable RFID reader, a vector analyzer technique on the chopped portion of the reflected waveform to measure an S11 reflection coefficient of the antenna. outputting, by a radio frequency source of the portable RFID reader, a test signal comprising a low amplitude modulation index radio frequency waveform to the antenna, the waveform simulating tag data timing and bandwidth; removing, by direct current blocking capacitors (141, 142) of the portable RFID reader, a direct current component from a waveform reflected from the antenna, to create a chopped portion of the reflected waveform, the reflected waveform resulting from the test signal output to the antenna; applying, by a receiver vector demodulator of the portable RFID reader, a vector analyzer technique on the chopped portion of the reflected waveform to measure an S11 reflection coefficient of the antenna.
A high density interconnect structure (200, 300) comprising: a stack of alternating dielectric layers and metallization layers comprising: at least three metallization layers (M5-M11) including conductive material with low k dielectric material having a dielectric constant <3 between the conductive material; and at least two dielectric layers (D4-D8) including first medium k dielectric material having a dielectric constant between 3 and 6 with one or more first vias extending therethrough, the at least two dielectric layers situated between two metallization layers of the at least three metallization layers; a second medium k dielectric material directly on a top surface of the stack; a second via extending through the second medium k dielectric material, the second via electrically connected to conductive material in a metallization layer of the three or more metallization layers; a high k dielectric material having a dielectric constant >6 directly on the second medium k dielectric material; and a pad directly on the high k dielectric material and electrically connected to the second via. a stack of alternating dielectric layers and metallization layers comprising: at least three metallization layers (M5-M11) including conductive material with low k dielectric material having a dielectric constant <3 between the conductive material; and at least two dielectric layers (D4-D8) including first medium k dielectric material having a dielectric constant between 3 and 6 at least three metallization layers (M5-M11) including conductive material with low k dielectric material having a dielectric constant <3 between the conductive material; and at least two dielectric layers (D4-D8) including first medium k dielectric material having a dielectric constant between 3 and 6 with one or more first vias extending therethrough, the at least two dielectric layers situated between two metallization layers of the at least three metallization layers; a second medium k dielectric material directly on a top surface of the stack; a second via extending through the second medium k dielectric material, the second via electrically connected to conductive material in a metallization layer of the three or more metallization layers; a high k dielectric material having a dielectric constant >6 directly on the second medium k dielectric material; and a pad directly on the high k dielectric material and electrically connected to the second via. a high k dielectric material having a dielectric constant >6 directly on the second medium k dielectric material; and a pad directly on the high k dielectric material and electrically connected to the second via.
A mould for bending of plastic or rubber tubes in furnace or by steam, which comprises a shaping labyrinth comprising at least two adjacent parts (I, II) connected to each other, characterized in that each part (I, II) is at its end which is intended for the connection to the other part (II, I) of the shaping labyrinth provided with a connecting flange adapted for detachable connection with adjustment of mutual turning and mutual angle to the connecting flange of the adjacent part (I, II) of the labyrinth.