mhurhangee/ep-ind-claims huggingface dataset:
Prefabricated blank for manufacturing a dental abutment with an angulated screw channel comprising, a body (1,1',1′′′) having a first end and a second end and a blank outer geometry, a connection section at the first end that is configured to be connected to a dental implant, the connection section comprising a portion having an anti-rotational feature, a channel having a longitudinal axis and defining an opening at the first end, wherein the channel extends through the connection section into the body (1,1',1′′′) and has a closed end at a distance from the second end of the body (1,1',1′′′), and wherein the channel comprises an end section at or near the closed end having a width, and an intermediate section between the end section and the first end of the body (1',1") having a width greater than the width of the end section wherein the body comprises a milling section configured to be machined to achieve a final outer geometry of a prosthesis when the blank is held at the connection section, and wherein the end section is a third section and the intermediate section is a second section, characterized in that the channel comprises a first section between the second section and the first end of the body (1,1'1′′′) having a first width smaller than the width of the intermediate section and wherein the width of the end section is preferably substantially the same as the first width. a body (1,1',1′′′) having a first end and a second end and a blank outer geometry, a connection section at the first end that is configured to be connected to a dental implant, the connection section comprising a portion having an anti-rotational feature, a channel having a longitudinal axis and defining an opening at the first end, wherein the channel extends through the connection section into the body (1,1',1′′′) and has a closed end at a distance from the second end of the body (1,1',1′′′), and wherein the channel comprises an end section at or near the closed end having a width, and an intermediate section between the end section and the first end of the body (1',1") having a width greater than the width of the end section wherein the body comprises a milling section configured to be machined to achieve a final outer geometry of a prosthesis when the blank is held at the connection section, and wherein the end section is a third section and the intermediate section is a second section, characterized in that the channel comprises a first section between the second section and the first end of the body (1,1'1′′′) having a first width smaller than the width of the intermediate section and wherein the width of the end section is preferably substantially the same as the first width.
A modularized signal conditioning apparatus system, comprising: a coaxial cable having a center conductor, an insulating material covering the center conductor, and having a ground shell covering the insulating material, in which the center conductor and the ground shell are electrically conductive; a first slot including a circuit component, the first slot having a size and electrical characteristics optimized so the resonant frequency of the first slot is over a desired frequency range to provide a predetermined signal conditioning effect on one or more signals carried through the coaxial cable, the circuit component including two Schottky diodes that are each electrically coupled between the center conductor and the ground shell; and a second slot formed in the coaxial cable and spaced away from the first slot by 1.016×10 -3 meters to 7.620×10 -3 meters, the second slot having the same size and electrical characteristics as the first slot. a coaxial cable having a center conductor, an insulating material covering the center conductor, and having a ground shell covering the insulating material, in which the center conductor and the ground shell are electrically conductive; a first slot including a circuit component, the first slot having a size and electrical characteristics optimized so the resonant frequency of the first slot is over a desired frequency range to provide a predetermined signal conditioning effect on one or more signals carried through the coaxial cable, the circuit component including two Schottky diodes that are each electrically coupled between the center conductor and the ground shell; and a second slot formed in the coaxial cable and spaced away from the first slot by 1.016×10 -3 meters to 7.620×10 -3 meters, the second slot having the same size and electrical characteristics as the first slot.
A thermoplastic resin composition comprising: 100 parts by weight of a polybutylene terephthalate resin; 3 parts by weight to 33 parts by weight of a polycarbonate resin; 60 parts by weight to 120 parts by weight of glass fiber; and 0.01 parts by weight to 1.6 parts by weight of talc having an average particle diameter of 3 μm to 6 μm, determined using the method indicated in the description, wherein the glass fiber and the talc are present in a weight ratio of 50:1 to 5,000:1. 100 parts by weight of a polybutylene terephthalate resin; 3 parts by weight to 33 parts by weight of a polycarbonate resin; 60 parts by weight to 120 parts by weight of glass fiber; and 0.01 parts by weight to 1.6 parts by weight of talc having an average particle diameter of 3 μm to 6 μm, determined using the method indicated in the description, wherein the glass fiber and the talc are present in a weight ratio of 50:1 to 5,000:1.
A medical tool comprising a tool shaft that has, in a shaft region, a shaft geometry for introducing torque and axially securing, wherein the shaft geometry for introducing torque and also axially securing is exclusively one or exclusively a plurality of trough-shaped indentation(s) in the outer lateral surface of the tool shaft, wherein the tool includes an orientation portion arranged proximally to the shaft geometry, wherein the tool comprises an identification element, characterized in that the identification element is arranged in a sleeve containing the orientation portion, wherein the orientation portion preferably has a pyramid-shaped geometry.
An articulating bed comprising: a frame having side frame members and a rigid cross frame member extending between the side frame members; a flexible support member to support a mattress, formed as a sheet of fiber reinforced plastic, overlaying and secured to the rigid cross frame member; support arms engaging an upper body portion of the flexible support member with shuttles, said support arms rotatable through a range of motion from an aligned position with the side frame members to a fully elevated position angularly supporting the upper body portion in a raised position, said shuttles reciprocating along the support arms to maintain the flexible support member in contact with the support arms at desired points for proper shaping of the mattress; and, at least one massage exciter affixed to a bottom surface of the flexible support member intermediate the support arms, said exciter operative to sonically engage the flexible support member. a frame having side frame members and a rigid cross frame member extending between the side frame members; a flexible support member to support a mattress, formed as a sheet of fiber reinforced plastic, overlaying and secured to the rigid cross frame member; support arms engaging an upper body portion of the flexible support member with shuttles, said support arms rotatable through a range of motion from an aligned position with the side frame members to a fully elevated position angularly supporting the upper body portion in a raised position, said shuttles reciprocating along the support arms to maintain the flexible support member in contact with the support arms at desired points for proper shaping of the mattress; and, at least one massage exciter affixed to a bottom surface of the flexible support member intermediate the support arms, said exciter operative to sonically engage the flexible support member.
A rotary tissue removal device for removing material from body lumens, the device comprising: a catheter body having a proximal end and a distal end and a catheter lumen extending therethrough where the elongate body has sufficient flexibility to navigate through tortuous anatomy; a housing located at the distal end of the catheter body, the housing having at least one opening; a cutter rotatably located within the housing and rotatable about an axis, and having a first plurality of cutting edges extending helically along the entire length of the cutter that is exposed in the at least one opening of the housing, where on rotation of the cutter the cutting edges remove material from the body lumen through the opening in the housing and drive the cut material in a proximal direction; a rotatable torque shaft extending through the catheter lumen and having a first end coupled to the cutter and a second end adapted to couple to a rotating mechanism, characterized in that the cutter further comprises a second plurality of cutting edges extending helically only along a portion of the cutter, wherein only the first plurality of cutting edges are exposed by the at least one opening, and in that the device further comprises a deflecting member for articulating the housing located at the distal end of the catheter body together with the cutter located within the housing. a catheter body having a proximal end and a distal end and a catheter lumen extending therethrough where the elongate body has sufficient flexibility to navigate through tortuous anatomy; a housing located at the distal end of the catheter body, the housing having at least one opening; a cutter rotatably located within the housing and rotatable about an axis, and having a first plurality of cutting edges extending helically along the entire length of the cutter that is exposed in the at least one opening of the housing, where on rotation of the cutter the cutting edges remove material from the body lumen through the opening in the housing and drive the cut material in a proximal direction; a rotatable torque shaft extending through the catheter lumen and having a first end coupled to the cutter and a second end adapted to couple to a rotating mechanism, characterized in that the cutter further comprises a second plurality of cutting edges extending helically only along a portion of the cutter, wherein only the first plurality of cutting edges are exposed by the at least one opening, and in that the device further comprises a deflecting member for articulating the housing located at the distal end of the catheter body together with the cutter located within the housing.
An imaging instrument comprising: - a primary mirror, a secondary mirror and a tertiary mirror (M3 1) which together form a Korsch-type telescope, the primary mirror further forming an entrance pupil of the telescope; - an image capture assembly (5 1), which is located in a focal plane (PF 1) of the telescope so as to capture an image formed by light reflected successively by the primary mirror, the secondary mirror and then the tertiary mirror (M3 1), - a deformable mirror (M4 1), which is placed in a pupil of the telescope other than the entrance pupil; and - a controller, which is adapted to adjust a shape of the deformable mirror (M4 1), in a variable manner between different zones of said deformable mirror, so as to compensate for at least one shape defect of the primary mirror, characterised in that the deformable mirror (M4 1) has a base shape which is curved, in addition to adjustments to the shape of said deformable mirror produced by the controller, said curved base shape being adapted to reduce distortions of the image formed in the focal plane (PF 1) relative to a planar mirror which would be disposed in place of the deformable mirror. - a primary mirror, a secondary mirror and a tertiary mirror (M3 1) which together form a Korsch-type telescope, the primary mirror further forming an entrance pupil of the telescope; - an image capture assembly (5 1), which is located in a focal plane (PF 1) of the telescope so as to capture an image formed by light reflected successively by the primary mirror, the secondary mirror and then the tertiary mirror (M3 1), - a deformable mirror (M4 1), which is placed in a pupil of the telescope other than the entrance pupil; and - a controller, which is adapted to adjust a shape of the deformable mirror (M4 1), in a variable manner between different zones of said deformable mirror, so as to compensate for at least one shape defect of the primary mirror,
Apparatus for dispensing fuel, said apparatus comprising: an inlet in fluid communication with a source of liquid fuel; a first manifold operative to split flow of said liquid fuel from said inlet into first and second parallel branches; first and second coriolis flow meters (156, 158) located with said first and second parallel branches, respectively; a second manifold operative to combine flow from said first and second parallel branches; a hose and nozzle; a flow valve operative to permit flow through said hose and nozzle, and a control valve located between said first manifold and said second coriolis flow meter, characterised in that said control valve is adapted to control fuel flow into the second coriolis flow meter so as to permit flow through only said first coriolis flow meter and through both of said first and second coriolis flow meters (156, 158) depending on flow requirements. an inlet in fluid communication with a source of liquid fuel; a first manifold operative to split flow of said liquid fuel from said inlet into first and second parallel branches; first and second coriolis flow meters (156, 158) located with said first and second parallel branches, respectively; a second manifold operative to combine flow from said first and second parallel branches; a hose and nozzle; a flow valve operative to permit flow through said hose and nozzle, and a control valve located between said first manifold and said second coriolis flow meter,
A composition for producing a zinc oxide thin film by a droplet coating method at a base material temperature of less than 200 °C, comprising an organic zinc compound represented by the following general formula R 1 -Zn-R 1, wherein R 1 is a straight or branched alkyl group of 1-7 carbons, and an organic metal compound, wherein a metal element contained in the organic metal compound is a metal element of which oxide has a band gap of smaller than 3.2 eV and content of the organic metal compound is such that a percentage (at%) of the metal element contained in the organic metal compound relative to the sum of zinc of the organic zinc compound and the metal element contained in the organic metal compound is in the range of 0.01 to 10, wherein the metal element of the organic metal compound is titanium, iron, copper, or vanadium. and an organic metal compound, wherein a metal element contained in the organic metal compound is a metal element of which oxide has a band gap of smaller than 3.2 eV and content of the organic metal compound is such that a percentage (at%) of the metal element contained in the organic metal compound relative to the sum of zinc of the organic zinc compound and the metal element contained in the organic metal compound is in the range of 0.01 to 10, wherein the metal element of the organic metal compound is titanium, iron, copper, or vanadium.
A device comprising: a clamp having a first jaw member having a jaw face configured to attach to tissue of an appendage and configured to position the jaw face proximate a thenar eminence, a second jaw member having a complimentary jaw face, and a joint configured to hold the first jaw member in alignment with the second jaw member; a sensor coupled to the jaw face, the sensor configured to provide a sensor signal corresponding to a physiological parameter of the tissue proximate the jaw face; a processor coupled to the clamp, the processor configured to generate a result based on the sensor signal; and a display coupled to the processor and coupled to the clamp, the display configured to render the result in a human perceivable manner; characterised in that: the joint is configured to enable movement of the jaw face relative to a complementary face in directions correspond-ing to pitch, roll, yaw, and heave; and wherein the joint has an elastic member configured to exert a compressive force between the jaw face and the complementary force. a clamp having a first jaw member having a jaw face configured to attach to tissue of an appendage and configured to position the jaw face proximate a thenar eminence, a second jaw member having a complimentary jaw face, and a joint configured to hold the first jaw member in alignment with the second jaw member; a sensor coupled to the jaw face, the sensor configured to provide a sensor signal corresponding to a physiological parameter of the tissue proximate the jaw face; a processor coupled to the clamp, the processor configured to generate a result based on the sensor signal; and a display coupled to the processor and coupled to the clamp, the display configured to render the result in a human perceivable manner; characterised in that: the joint is configured to enable movement of the jaw face relative to a complementary face in directions correspond-ing to pitch, roll, yaw, and heave; and wherein the joint has an elastic member configured to exert a compressive force between the jaw face and the complementary force. the joint is configured to enable movement of the jaw face relative to a complementary face in directions correspond-ing to pitch, roll, yaw, and heave; and wherein the joint has an elastic member configured to exert a compressive force between the jaw face and the complementary force.
Installation box for installation in a cavity wall for receiving electrical/electronic components, comprising a first box body which is accessible through an installation opening and provides an installation cavity, manufactured at least partially from a hard plastic, and an installation support, which provides a second installation cavity and extends laterally from the box body, wherein the installation support comprises at least one shaped strip, moulded to the hard plastic of the box body and extending over its longitudinal extension, rigid against thrust and elastically flexible in the direction of the plane of the installation opening, as a part of the circumferential wall of the installation support, and wherein the circumferential wall of the installation support, in the circumferential direction of its installation cavity, is manufactured from a flexible soft plastic, with the exception of the at least one shaped strip made of hard plastic.
A method for synchronization of a transmitter station (SE; SE/EE) and a receiver station (EE; SE/EE) which communicate with each other over an interface, wherein: - in the transmitter station (SE; SE/EE), generating a transmitter signal with a signal source (SGEN1) and transmitting thereof via the interface, and; - in the receiver station (EE; SE/EE), receiving a corresponding receiver signal (esig1) from the interface, and evaluating thereof by using a receiver signal source signal from a receiver-side signal source (SGEN2) matched to the transmitter-side signal source (SGEN1), characterized in that - using an equivalent frequency modulation on both the transmitter signal and the receiver signal source signal; - mixing the receiver signal (esig1) received in the receiver station (EE; SE/EE) with the receiver signal source signal to form a mixed signal (sigmix), and - analyzing the mixed signal (sigmix) in respect of a frequency detuning. - in the transmitter station (SE; SE/EE), generating a transmitter signal with a signal source (SGEN1) and transmitting thereof via the interface, and; - in the receiver station (EE; SE/EE), receiving a corresponding receiver signal (esig1) from the interface, and evaluating thereof by using a receiver signal source signal from a receiver-side signal source (SGEN2) matched to the transmitter-side signal source (SGEN1), - using an equivalent frequency modulation on both the transmitter signal and the receiver signal source signal; - mixing the receiver signal (esig1) received in the receiver station (EE; SE/EE) with the receiver signal source signal to form a mixed signal (sigmix), and - analyzing the mixed signal (sigmix) in respect of a frequency detuning.
Housing (3; 103; 203; 303; 403; 503; 603; 703; 803; 903) for an electromechanical relay, the relay comprising a switching member including pieces for switching electrical contacts, movable in translation along a main direction, the housing comprising: - a hollow body (4; 104; 204; 304; 404; 504; 604; 704; 804; 904) for receiving the switching member, - elements (5a1; 5a2; 5b1; 5b2; 105a1, 105a2, 105c; 205a, 205a2, 205b, 205c, 205d; 305a, 305b, 305c; 405a, 405b, 405c, 405d; 505a, 505b, 505c; 605a1, 605a2, 605b1, 605b2; 705a1, 705a2, 705b1, 705b2; 805a1, 805a2, 805b1, 805b2; 905a1, 905a2, 905b1, 905b2) for fixing the body to a support (6; 106; 206; 606; 906), the fixing elements each comprising a fixing part (52; 152; 252; 352; 452; 552; 652; 752; 852; 952) having a surface (S52; S152; S252; S352; S452; S552; S652; S752; S952, S'952) bearing on the support and means (53; 253; 453; 653; 953) of fixing to the support, the housing being characterised in that the fixing elements also comprise a connection part (51; 151; 251; 451; 651; 751; 851; 951) connecting the fixing part (52; 152; 252; 352; 452; 552; 652; 752; 852; 952) to the body (4; 104; 204; 304; 404; 504; 604; 704; 804; 904) and in that the connection parts (51; 151; 251; 451; 651; 751; 851; 951) are designed to deform in flexion at least along the main direction. - a hollow body (4; 104; 204; 304; 404; 504; 604; 704; 804; 904) for receiving the switching member, - elements (5a1; 5a2; 5b1; 5b2; 105a1, 105a2, 105c; 205a, 205a2, 205b, 205c, 205d; 305a, 305b, 305c; 405a, 405b, 405c, 405d; 505a, 505b, 505c; 605a1, 605a2, 605b1, 605b2; 705a1, 705a2, 705b1, 705b2; 805a1, 805a2, 805b1, 805b2; 905a1, 905a2, 905b1, 905b2) for fixing the body to a support (6; 106; 206; 606; 906), the fixing elements each comprising a fixing part (52; 152; 252; 352; 452; 552; 652; 752; 852; 952) having a surface (S52; S152; S252; S352; S452; S552; S652; S752; S952, S'952) bearing on the support and means (53; 253; 453; 653; 953) of fixing to the support, the housing being characterised in that the fixing elements also comprise a connection part (51; 151; 251; 451; 651; 751; 851; 951) connecting the fixing part (52; 152; 252; 352; 452; 552; 652; 752; 852; 952) to the body (4; 104; 204; 304; 404; 504; 604; 704; 804; 904) and in that the connection parts (51; 151; 251; 451; 651; 751; 851; 951) are designed to deform in flexion at least along the main direction.