mhurhangee/ep-ind-claims huggingface dataset:
A signal light comprising a light source positioned between a translucent screen for diffusing the light coming from said source and a rear face forming a reflector, characterized in that the translucent screen has overall an hourglass shape extending over front faces flaring out in an opposite manner and being inscribed in envelopes (E1, E2) which are at least partially conical and resting on a biconcave contour (C; 2R, 2L) defining, on either side of a main axis (ZZ') of the hourglass, two opposite concave sides separated by a minimum distance (Dm) by their apex (S1, S2) and delimiting four pointed overhangs (21 to 24), in connection with two other opposite sides connecting the two concave sides and in that the envelopes (E1, E2) of the front faces have a conicity determined so that the light diffused by said screen is visible according to an angular tilt opening (F1, F2) of at least ±15° with respect to a through plane perpendicular to the main axis (ZZ') and according to a scanning angular aperture () at least equal to 125° in the through plane, wherein the translucent screen has light-scattering lamellae arranged substantially parallel to the through plane from a supporting back face of said screen, each lamella comprising a front face (25c, 25d, 25e) fitting into one of the at least partially conical envelopes (E1, E2), and in which each diffusion lamella has a polyhedral shape comprising two substantially parallel and polygonal main faces (25a, 25b) connected by a front face and comprising at least two juxtaposed flat faces (25c, 25d, 25e).
A breathing apparatus having at least one component rearwardly attached thereto, the or each component having a first identification means associated with it on which is provided information unique to said component, the apparatus including a controller having a reader for reading the identification means of the or each component attached to the apparatus so as to identify each said component wherein the controller further includes a reader for reading, in use, a second identification means which provides information associated with an equipment user, the controller, in use, reading information from the or each first identification means and the second identification means, and checking for validity of the user to operate the equipment, wherein the second identification means is Tally Key / RFID chip which stores all information relating to the user with which it is associated, characterised in that the breathing apparatus includes a mount provided on a blower unit for receiving the chip and securely mounting it on the apparatus, the blower unit being inoperable until a chip has been mounted in place.
A transcutaneous analyte sensor assembly, the assembly comprising: a housing adapted for mounting on a skin of a host; an electronics unit configured to releasably mate with the housing; and a sensor configured to measure a level of an analyte in the host, wherein the sensor is operably connected to the electronics unit when the electronics unit is mated to the housing, wherein the housing comprises at least two electrical contacts configured to operably connect the sensor to the electronics unit when releasably mated thereto, wherein the electrical contacts are spaced along a proximal portion of the sensor, and wherein the sensor includes a working electrode and a counter and/or reference electrode, wherein the working electrode comprises a wire and the counter and/or reference electrode comprises a wire, the wires being coaxial, wherein one of the electrical contacts contacts the working electrode of the sensor and the other electrical contact contacts the counter and/or reference electrode of the sensor. a housing adapted for mounting on a skin of a host; an electronics unit configured to releasably mate with the housing; and a sensor configured to measure a level of an analyte in the host, wherein the sensor is operably connected to the electronics unit when the electronics unit is mated to the housing, wherein the housing comprises at least two electrical contacts configured to operably connect the sensor to the electronics unit when releasably mated thereto, wherein the electrical contacts are spaced along a proximal portion of the sensor, and wherein the sensor includes a working electrode and a counter and/or reference electrode, wherein the working electrode comprises a wire and the counter and/or reference electrode comprises a wire, the wires being coaxial, wherein one of the electrical contacts contacts the working electrode of the sensor and the other electrical contact contacts the counter and/or reference electrode of the sensor.
A press tool for manufacturing a cutting insert green body, said press tool comprising: - at least one die member having a first leg defining a first die surface and a second leg defining a second die surface, each leg (4, 6) having a base connected to a remaining part of the die member and a respective free end (10, 11) at an end of the first and second die surfaces (5, 7), - wherein said first die surface and second die surface delimit a die cavity in which said cutting insert green body is formed upon compaction of a powder in said die cavity, - wherein, in the region of the bases of said first and second legs (4, 6), the die cavity presents a corner region with a corner between two meeting surfaces, which two meeting surfaces are said first and second die surfaces (5, 7), and - wherein said die member consists of cemented carbide, and said press tool being characterised in that, in said corner region, there is a portion of the die member in which the cemented carbide has higher toughness than has the cemented carbide of the die member further away from the corner region in a direction towards the respective free end (10, 11) of the first leg and the second leg. - at least one die member having a first leg defining a first die surface and a second leg defining a second die surface, each leg (4, 6) having a base connected to a remaining part of the die member and a respective free end (10, 11) at an end of the first and second die surfaces (5, 7), - wherein said first die surface and second die surface delimit a die cavity in which said cutting insert green body is formed upon compaction of a powder in said die cavity, - wherein, in the region of the bases of said first and second legs (4, 6), the die cavity presents a corner region with a corner between two meeting surfaces, which two meeting surfaces are said first and second die surfaces (5, 7), and - wherein said die member consists of cemented carbide, and said press tool being characterised in that, in said corner region, there is a portion of the die member in which the cemented carbide has higher toughness than has the cemented carbide of the die member further away from the corner region in a direction towards the respective free end (10, 11) of the first leg and the second leg.
A cordless compressor comprising: an air storage tank; a pump for pressuring air within the air storage tank; a motor for driving the pump; a controller circuit electrically connected to the motor; a pressure switch assembly connected to the controller circuit,; a discharge port connected to the air storage tank; and a regulator disposed between the discharge port and the air storage tank; a battery pack docking station electrically connected to the motor, wherein a power tool battery pack is electrically connectable to the battery pack docking station; characterised in that the pressure switch assembly has first and second pressure switches (13A, 13B) for sensing pressure within the air storage tank; wherein the controller circuit determines a characteristic and/or type of the power tool battery pack electrically connected to the battery pack docking station; wherein the controller circuit controls de-activation of the motor depending upon the status of the first and second pressure switches (13A, 13B) and the determined characteristic and/or type of the power tool battery pack. an air storage tank; a pump for pressuring air within the air storage tank; a motor for driving the pump; a controller circuit electrically connected to the motor; a pressure switch assembly connected to the controller circuit,; a discharge port connected to the air storage tank; and a regulator disposed between the discharge port and the air storage tank; a battery pack docking station electrically connected to the motor, wherein a power tool battery pack is electrically connectable to the battery pack docking station; characterised in that the pressure switch assembly has first and second pressure switches (13A, 13B) for sensing pressure within the air storage tank; wherein the controller circuit determines a characteristic and/or type of the power tool battery pack electrically connected to the battery pack docking station; wherein the controller circuit controls de-activation of the motor depending upon the status of the first and second pressure switches (13A, 13B) and the determined characteristic and/or type of the power tool battery pack.
A circuit board assembly comprising: a circuit board comprising a substrate supporting a plurality of tracks, each track including a first end providing a contact land and a second end having an enlarged region which provides a capacitive touch switch; a microcontroller comprising a plurality of contact pads which is mounted on the circuit board such that the contact pads are aligned with the contact lands, the microcontroller configured to receive user input via the capacitive touch switches; and an interconnect layer which has a sheet resistance, R S, of at least 0.5 MΩ/sq and which is disposed between the microcontroller and the circuit board and which is arranged to provide electrical connections between the contact lands and corresponding contact pads; wherein a through resistance, R T, of the connection between the contact lands and corresponding contact pads is less than the sheet resistance, R S; and wherein a resistance between adjacent contact pads of the plurality of contact pads or between adjacent contact lands of the plurality of contact lands is greater than or equal to the sheet resistance. a circuit board comprising a substrate supporting a plurality of tracks, each track including a first end providing a contact land and a second end having an enlarged region which provides a capacitive touch switch; a microcontroller comprising a plurality of contact pads which is mounted on the circuit board such that the contact pads are aligned with the contact lands, the microcontroller configured to receive user input via the capacitive touch switches; and an interconnect layer which has a sheet resistance, R S, of at least 0.5 MΩ/sq and which is disposed between the microcontroller and the circuit board and which is arranged to provide electrical connections between the contact lands and corresponding contact pads; wherein a through resistance, R T, of the connection between the contact lands and corresponding contact pads is less than the sheet resistance, R S; and wherein a resistance between adjacent contact pads of the plurality of contact pads or between adjacent contact lands of the plurality of contact lands is greater than or equal to the sheet resistance.
Filter system for the local attenuation of X-radiation, comprising: a filter device which is arranged in the beam path of an X-ray apparatus and has a channel arrangement with a multiplicity of channel sections extending parallel to each other on a plane; a supply device for providing a 2-phase fluid flow containing drops of an absorber liquid which absorbs X-radiation and a carrier liquid that is transparent to X-radiation; and a sorting section with an input that is connected to the supply device, a first output that is connected to the channel arrangement, a second output, and a deflection device for directing individual drops of the absorber liquid to the first output or the second output. a filter device which is arranged in the beam path of an X-ray apparatus and has a channel arrangement with a multiplicity of channel sections extending parallel to each other on a plane; a supply device for providing a 2-phase fluid flow containing drops of an absorber liquid which absorbs X-radiation and a carrier liquid that is transparent to X-radiation; and a sorting section with an input that is connected to the supply device, a first output that is connected to the channel arrangement, a second output, and a deflection device for directing individual drops of the absorber liquid to the first output or the second output.
A piston unit of a working cylinder, comprising a first coupling partner and a second coupling partner, the first coupling partner being designed as a piston and the second coupling partner being designed as a piston rod, and the second coupling partner being inserted axially into the first coupling partner, wherein each of the coupling partners has an annular groove, wherein the annular groove of the inserted coupling partner is formed by an-outer groove and the annular groove of the other coupling partner is formed by an inner groove, and wherein the annular grooves of the coupling partners are positioned correspondingly opposite to one another and form an annular groove space, and wherein one coupling partner is provided with an access opening to the annular groove space, and wherein the piston unit comprises a coupling strand which engages in the annular grooves of both coupling partners, wherein the coupling strand can be slid in the annular groove space through the access opening of the one coupling partner, and wherein a positive connection is established between the two coupling partners by the engagement of the coupling strand in their annular grooves, chracterized in that the inserted second coupling partner has an oversize with respect to an inner diameter of the first coupling partner, wherein a force-locked connection is established between the coupling partners, and that the positive connection and the force-locked connection form a hydride coupling, wherein the coupling partners are fixed by means of the force-locked connection in such a manner that they are axially and rotatably immovable one to another, and the positive and the force-locked connections are adapted to absorb axial forces between the coupling partners.
A torque transmission driver comprising: a main body having a first end portion and a second end portion, the first end portion adapted to receive and transmit torque from a torque generation source, the second end portion opposite the first end portion comprising a shaped tapered bit having drive surfaces comprising an alternating series of four, five or six lobes and troughs about a rotational axis having tapered drive surfaces with a taper angle between 50° and 65° from the rotational axis operable to engage corresponding drive surfaces of similar shape and taper in a plurality of at least two size fasteners (32, 34, 36), the tapered drive surfaces of the bit comprising a first tapered portion operable to engage drive surfaces of a first sized fastener and a second tapered portion operable to engage drive surfaces of a second sized fastener, the drive surfaces of the second sized fastener being larger than the drive surfaces of the first sized fastener, each lobe having a tapered height and width with a substantially constant ratio of lobe width to height. a main body having a first end portion and a second end portion, the first end portion adapted to receive and transmit torque from a torque generation source, the second end portion opposite the first end portion comprising a shaped tapered bit having drive surfaces comprising an alternating series of four, five or six lobes and troughs about a rotational axis having tapered drive surfaces with a taper angle between 50° and 65° from the rotational axis operable to engage corresponding drive surfaces of similar shape and taper in a plurality of at least two size fasteners (32, 34, 36), the tapered drive surfaces of the bit comprising a first tapered portion operable to engage drive surfaces of a first sized fastener and a second tapered portion operable to engage drive surfaces of a second sized fastener, the drive surfaces of the second sized fastener being larger than the drive surfaces of the first sized fastener, each lobe having a tapered height and width with a substantially constant ratio of lobe width to height.
A shrink-fit tool holder (101, 201) comprising a holding section (103, 203) for shrink-fitting a tool and a clamping region which has a clamping section (109, 209) for clamping the shrink-fit tool holder (101, 201) in a tool holder carrier, the holding section (103, 203) for the tool and the clamping region of the shrink-fit tool holder (101, 201) overlapping in the longitudinal direction, the shrink-fit tool holder (101, 201) having on its end facing the clamping section (109, 209) an opening forming a further section (107, 207) and extending in the longitudinal direction of the shrink-fit tool holder (101, 201), the diameter of which opening is larger than the diameter of the holding section (103, 203), characterised in that the further section (107, 207) has slots (162a, 162b, 162c; 262a, 262c) which extend axially.
A vertical seismic profiling system for use with a drillstring in a formation having a reflector, the system comprising: at least one seismic source suitable to position on a surface and suitable to generate a seismic wave; at least one seismic receiver, in use, attached to the drillstring and suitable to receive said seismic wave and to generate a data signal, in use, when the drill string is in the formation; an acoustic tool, in use, attached to the drillstring, including at least one acoustic transmitter and at least one acoustic receiver; said acoustic tool being arranged to determine a time-of-flight for an acoustic signal between said acoustic transmitter and said acoustic receiver; the system being arranged to determine from said time-of-flight a speed of sound when the drillstring is in the formation; a clock associated with said seismic receiver; and a processor programmed to determine, in use, when the drillstring is in the formation, a distance to said reflector, generally ahead of said seismic receiver, based upon said data signal and said speed of sound. at least one seismic source suitable to position on a surface and suitable to generate a seismic wave; at least one seismic receiver, in use, attached to the drillstring and suitable to receive said seismic wave and to generate a data signal, in use, when the drill string is in the formation; an acoustic tool, in use, attached to the drillstring, including at least one acoustic transmitter and at least one acoustic receiver; said acoustic tool being arranged to determine a time-of-flight for an acoustic signal between said acoustic transmitter and said acoustic receiver; the system being arranged to determine from said time-of-flight a speed of sound when the drillstring is in the formation; a clock associated with said seismic receiver; and a processor programmed to determine, in use, when the drillstring is in the formation, a distance to said reflector, generally ahead of said seismic receiver, based upon said data signal and said speed of sound.
An elastomeric article formed from a nitrile butadiene rubber formulation, said article comprising: a substrate with a predetermined thickness of up to 0.12 mm, wherein the substrate has force response behavior similar to that of a natural-latex-rubber substrate with a thickness of 0.15mm, as characterised by having a force to break (F-BE) of at least 8 Newtons determined according to ASTM D-412-98a, and a force of up to 3.5 Newtons to cause a 400% elongation (F-400) of said article from initial dimensions determined according to ASTM D-412-98a, wherein the formulation comprises a random terpolymer composition containing acrylonitrile, methacrylic acid and butadiene components, said composition comprising a blend of acrylonitrile components, wherein the acrylonitrile content of the blended composition is between 17 and 45% by weight, the methacrylic acid content of the blended composition is less than 15% by weight, and butadiene makes up the remainder balance of the blended composition. a substrate with a predetermined thickness of up to 0.12 mm, wherein the substrate has force response behavior similar to that of a natural-latex-rubber substrate with a thickness of 0.15mm, as characterised by having a force to break (F-BE) of at least 8 Newtons determined according to ASTM D-412-98a, and a force of up to 3.5 Newtons to cause a 400% elongation (F-400) of said article from initial dimensions determined according to ASTM D-412-98a, wherein the formulation comprises a random terpolymer composition containing acrylonitrile, methacrylic acid and butadiene components, said composition comprising a blend of acrylonitrile components, wherein the acrylonitrile content of the blended composition is between 17 and 45% by weight, the methacrylic acid content of the blended composition is less than 15% by weight, and butadiene makes up the remainder balance of the blended composition.
Commercial vehicle with a chassis frame which comprises longitudinal beams connected by cross beams, which longitudinal beams and cross beams are connected to one another by one connecting shoe in each case, wherein the chassis frame is composed of individual modules (3; 8; 9), characterized in that the connecting shoe has connecting elements for the connection of lines guided on the chassis frame and components connected to the chassis frame.
A fabrication method for an abradable coating of varying density, the method comprising the following steps: providing a substrate having a first portion with its surface situated at a first level, and a second portion with its surface situated at a second level different from the first level; depositing a precursor material on the first and second portions (33, 34) of the substrate; compressing the precursor material between the substrate and a bearing surface; and sintering the precursor material as compressed in this way in order to obtain an abradable coating having a first portion on the first portion of the substrate, and possessing a first density, and a second portion on the second portion of the substrate, and possessing a second density distinct from the first. providing a substrate having a first portion with its surface situated at a first level, and a second portion with its surface situated at a second level different from the first level; depositing a precursor material on the first and second portions (33, 34) of the substrate; compressing the precursor material between the substrate and a bearing surface; and sintering the precursor material as compressed in this way in order to obtain an abradable coating having a first portion on the first portion of the substrate, and possessing a first density, and a second portion on the second portion of the substrate, and possessing a second density distinct from the first.