mhurhangee/ep-ind-claims huggingface dataset:
An optical collimator (10; 20; 30) comprising: a holding member which has a cylindrical shape and is made of metal; a collimator lens which is housed in a housing part formed at an end of the holding member; and an optical fiber (13; 15) which is inserted via an insertion hole formed at an opposite end of the holding member and is fixed at a predetermined position, wherein positioning is performed by making the collimator lens to abut on a first inclined abutting surface (11e 1; 11f 1; 11g 1), and by making an end surface of the optical fiber (13; 15) to abut on a second inclined abutting surface (11e 2; 11g 2), the abutting surfaces being formed by deformation processing of the outer surface of the holding member so as to form a recess (11e; 11f; 11g) at an outer circumference of the holding member in proximity of the housing part, wherein the abutting surfaces are opposite inner surfaces of the recess, wherein the first inclined abutting surface (11e 1; 11f 1; 11g 1) and the second inclined abutting surface (11e 2; 11g 2) form different angles (θ 2, θ 1; θ 4, θ 3; θ 6, θ 5) with respect to a plane (E, D; I, H; M, L) orthogonal to an insertion direction of the optical fiber (13; 15). a holding member which has a cylindrical shape and is made of metal; a collimator lens which is housed in a housing part formed at an end of the holding member; and an optical fiber (13; 15) which is inserted via an insertion hole formed at an opposite end of the holding member and is fixed at a predetermined position, wherein positioning is performed by making the collimator lens to abut on a first inclined abutting surface (11e 1; 11f 1; 11g 1), and by making an end surface of the optical fiber (13; 15) to abut on a second inclined abutting surface (11e 2; 11g 2), the abutting surfaces being formed by deformation processing of the outer surface of the holding member so as to form a recess (11e; 11f; 11g) at an outer circumference of the holding member in proximity of the housing part, wherein the abutting surfaces are opposite inner surfaces of the recess, wherein the first inclined abutting surface (11e 1; 11f 1; 11g 1) and the second inclined abutting surface (11e 2; 11g 2) form different angles (θ 2, θ 1; θ 4, θ 3; θ 6, θ 5) with respect to a plane (E, D; I, H; M, L) orthogonal to an insertion direction of the optical fiber (13; 15).
A lighting member comprising: a first substrate having optical transparency; a plurality of lighting units formed of a plurality of polygonal prism-shaped structures having optical transparency, whereby the plurality of lighting units are provided on a first surface of the first substrate; and gaps provided between the plurality of lighting units, wherein each of the plurality of polygonal prism-shaped structures is a polygon which has four or more vertexes in a sectional shape orthogonal to a longitudinal direction of the plurality of polygonal prism-shaped structures and has all of internal angles smaller than 180°, the polygon includes a first side which is one side of the polygon corresponding to a surface contacted with the first substrate, and a plurality of vertexes including a first vertex and a second vertex which are vertexes corresponding to both ends of the first side and a third vertex which is not positioned on the first side, whereby a line perpendicular to the first side and extending between said first side and the third vertex is longer than a line perpendicular to the first side and extending between said first side and a vertex other than the third vertex among the plurality of vertexes, and a shape of the polygon is asymmetrical with respect to an axis formed by a line perpendicular to the first side and passing through the third vertex. a first substrate having optical transparency; a plurality of lighting units formed of a plurality of polygonal prism-shaped structures having optical transparency, whereby the plurality of lighting units are provided on a first surface of the first substrate; and gaps provided between the plurality of lighting units, wherein each of the plurality of polygonal prism-shaped structures is a polygon which has four or more vertexes in a sectional shape orthogonal to a longitudinal direction of the plurality of polygonal prism-shaped structures and has all of internal angles smaller than 180°, the polygon includes a first side which is one side of the polygon corresponding to a surface contacted with the first substrate, and a plurality of vertexes including a first vertex and a second vertex which are vertexes corresponding to both ends of the first side and a third vertex which is not positioned on the first side, whereby a line perpendicular to the first side and extending between said first side and the third vertex is longer than a line perpendicular to the first side and extending between said first side and a vertex other than the third vertex among the plurality of vertexes, and a shape of the polygon is asymmetrical with respect to an axis formed by a line perpendicular to the first side and passing through the third vertex.
A method of processing data for a Hybrid Automatic Repeat Request, HARQ, operation in a wireless communication system, the method comprising: storing a data unit into a corresponding HARQ buffer; and flushing the stored data unit in the corresponding HARQ buffer when a timer expires, wherein the timer is a time alignment timer, TAT, which is used so as to provide uplink time synchronization, and wherein the TAT is started when a time advance command, TAC, is received from the network. storing a data unit into a corresponding HARQ buffer; and flushing the stored data unit in the corresponding HARQ buffer when a timer expires, wherein the timer is a time alignment timer, TAT, which is used so as to provide uplink time synchronization, and wherein the TAT is started when a time advance command, TAC, is received from the network. wherein the timer is a time alignment timer, TAT, which is used so as to provide uplink time synchronization, and wherein the TAT is started when a time advance command, TAC, is received from the network.
A medicament delivery device for the administration of one or more drug agents, the device having a priming mode and a drug delivery mode for administering delivery of the one or more drug agents, wherein the device comprises: a controller operative for: setting the device in the priming mode and for disabling the drug delivery mode when a predetermined state of the device is identified and for disabling the drug delivery mode during said predetermined state, wherein the predetermined state is identified when a dispense interface for providing fluid communication from the device to an outlet is placed from a detached to an attached relationship with the device or when the dispense interface is identified as being attached to the device and no dose of the one or more drug agents has been dispensed from the device since the attachment of the dispense interface to the device; and, when states of the device are different from said predetermined state, setting the device in the drug delivery mode while maintaining enablement of the priming mode through a user interface, wherein selection of the priming mode through the user interface causes priming of the medicament delivery device, and wherein when the device is set in the drug delivery mode while maintaining enablement of the priming mode, the controller is operative for priming the device from a designated one of the medicament cartridges of a first and a second retainer provided the time that has elapsed since a previous dose or since a previous priming of the device is less than a predetermined value. setting the device in the priming mode and for disabling the drug delivery mode when a predetermined state of the device is identified and for disabling the drug delivery mode during said predetermined state, wherein the predetermined state is identified when a dispense interface for providing fluid communication from the device to an outlet is placed from a detached to an attached relationship with the device or when the dispense interface is identified as being attached to the device and no dose of the one or more drug agents has been dispensed from the device since the attachment of the dispense interface to the device; and, when states of the device are different from said predetermined state, setting the device in the drug delivery mode while maintaining enablement of the priming mode through a user interface, wherein selection of the priming mode through the user interface causes priming of the medicament delivery device, and wherein when the device is set in the drug delivery mode while maintaining enablement of the priming mode, the controller is operative for priming the device from a designated one of the medicament cartridges of a first and a second retainer provided the time that has elapsed since a previous dose or since a previous priming of the device is less than a predetermined value.
A capacitive sensing system comprising a sensor pair constructed as a single integrated unit having a thin film structure, each sensor (30a, 30b) of the sensor pair having a separate sensing electrode (31a, 31b) formed from a first conductive film on a first surface of a single first insulating layer, and each sensor having a separate back guard electrode (35a, 35b) formed from a second conductive film, the back guard electrode formed in a single plane and comprising a peripheral portion in the same plane, the back guard electrode disposed on a second surface of the first insulating layer and a first surface of a single second insulating layer, wherein the peripheral portion of each back guard electrode extends beyond the corresponding sensing electrode to form side guard electrodes which substantially or completely surround the sensing electrode.
A polypeptide antagonist of a Na/K ATPase/Src receptor complex, for use in a method for treating a retinopathy, wherein the polypeptide antagonist comprises the sequence of SEQ ID NO: 1, or a functional fragment, and/or functional variant thereof.
Dishwasher, having at least a rotating spray arm with water nozzles (14, 16), at least one of the water nozzle being moving while the spray arm is rotating, and comprising a rotating element with a water slot or opening and rotatably mounted in a corresponding opening of the spray arm, characterized in that each spray arm comprises a cam device (20, 22) fixed to a manifold (12, 12a) for feeding water to the spray arm and extending through such manifold, and a follower (24, 26) placed inside the spray arm and cooperating with said cam device in order to drive the rotation of the element according to a predetermined pattern, the cam device (20, 22) and follower (24, 26) being shaped in order to guarantee that the position of the slots of the rotating nozzle are substantially vertical when the ends of the spray nozzles are near the side walls of the washing chamber, and inclined towards the tips of the spray arm when the ends of this latter are in the corner zones of the washing chamber.
A dialog terminal comprising a body for accommodating in an opening of a flat support, in such a way as to be flush with a front face of the support and comprising at the back side of the support adjustable fastening means of the body relative to the support, characterized in that: - the adjustable fastening means comprise: - on the one hand, a fastening frame removably mounted to the back of the terminal body and secured to it by means of fasteners, and - on the other hand, threaded spacers having axes perpendicular to the support, which have heads mounted within the support and having stop towards the back against edges of support holes, - the threaded spacers are fixed to the support prior to assembly of the frame, traverse the flanges of the frame, and cooperate with nuts in order to control the position of the flanges and thus the positioning in depth of the frame - body assembly relative to the front face of the support. - the adjustable fastening means comprise: - on the one hand, a fastening frame removably mounted to the back of the terminal body and secured to it by means of fasteners, and - on the other hand, threaded spacers having axes perpendicular to the support, which have heads mounted within the support and having stop towards the back against edges of support holes, - the threaded spacers are fixed to the support prior to assembly of the frame, traverse the flanges of the frame, and cooperate with nuts in order to control the position of the flanges and thus the positioning in depth of the frame - body assembly relative to the front face of the support.
A recombinant antibody or a heavy chain and associated light chain thereof comprising: a heavy chain comprising a constant region fragment, said constant region fragment located between two variable domains which are not a cognate pair, the heavy chain further comprising an Fc region with at least one domain selected from CH2, CH3 and combinations thereof, with the proviso that the heavy chain contains no more than one CH1 domain and only contains two variable domains, and a light chain comprising a constant region fragment located between two variable domains which are not a cognate pair, wherein said heavy and light chains are aligned to provide a first binding site formed by a first cognate pair of variable domains and a second binding site formed by a second cognate pair of variable domains; and wherein the recombinant antibody is bispecific, and wherein the constant region fragment of the heavy chain consists of a CH1 domain or a CL domain with the proviso that where the constant region fragment in the heavy chain is a CH1 domain the constant region fragment in the light chain consists of a CL domain and where the constant region fragment of the heavy chain is a CL domain, the constant region fragment of the light chain consists of a CH1 domain. a heavy chain comprising a constant region fragment, said constant region fragment located between two variable domains which are not a cognate pair, the heavy chain further comprising an Fc region with at least one domain selected from CH2, CH3 and combinations thereof, with the proviso that the heavy chain contains no more than one CH1 domain and only contains two variable domains, and a light chain comprising a constant region fragment located between two variable domains which are not a cognate pair, wherein said heavy and light chains are aligned to provide a first binding site formed by a first cognate pair of variable domains and a second binding site formed by a second cognate pair of variable domains; and wherein the recombinant antibody is bispecific, and wherein the constant region fragment of the heavy chain consists of a CH1 domain or a CL domain with the proviso that where the constant region fragment in the heavy chain is a CH1 domain the constant region fragment in the light chain consists of a CL domain and where the constant region fragment of the heavy chain is a CL domain, the constant region fragment of the light chain consists of a CH1 domain.
Rubber patch for attaching an electronic member to the surface of a tyre, comprising a base and a retaining wall connected to said base and defining an internal volume able to accommodate said electronic member, the retaining wall comprising an opening designed for the insertion and extraction of said electronic member into and from the internal volume, characterized in that said rubber patch is based on a non-halogenated butyl rubber, in that the non-halogenated butyl rubber is the only elastomer in the compound of which the patch is made and in that the exterior surface of said base of said rubber patch has a convex toric shape of which the smallest radius of curvature in the main directions of the toric surface is comprised between 0.2 and 0.6 metres.
A subsea connection comprising; an umbilical termination head comprising a housing and at least one connecting line, where each connecting line comprises a first mating means; a subsea base unit comprising a housing and at least one connecting line, each connecting line comprises a second mating means arranged to be connected with the cooperating first mating means; and locking means for locking the termination head to the subsea base unit, wherein the second mating means are fixed to a stab plate, characterized in that they are kept in a retracted position before connection of the termination head and the base unit, and the stab plate is arranged to move the second mating means towards the first mating means during connection, wherein the stab plate and the second mating means are arranged to move relative to the housing of the base unit during connection.
Ballistocardiography device (200, 300, 400), characterised in that it comprises: - a non-homogeneous anisotropic support having a portion forming a stress or deformation guide (205, 255, 305) and a portion transmitting fewer stresses or deformations in the frequency range between 0.05 Hz and 25 Hz, the stress or deformation guide covers the support at least partially; and - at least one sensor of a signal representing at least one movement and/or variation of quasi-static stress of the guide in the frequency range between 0.05 Hz and 25 Hz, positioned facing the stress or deformation guide, wherein the stress or deformation guide, referred to as "surfacic", is an element for which one dimension is at least ten times less than two other dimensions in an orthonormal reference space. - a non-homogeneous anisotropic support having a portion forming a stress or deformation guide (205, 255, 305) and a portion transmitting fewer stresses or deformations in the frequency range between 0.05 Hz and 25 Hz, the stress or deformation guide covers the support at least partially; and - at least one sensor of a signal representing at least one movement and/or variation of quasi-static stress of the guide in the frequency range between 0.05 Hz and 25 Hz, positioned facing the stress or deformation guide,
A wearable device (100, 100-1, 1700, 1700-1), comprising: a motor (140, 140-1); a motor driver circuit (130, 130-1); a memory configured to store resistance force generation setting information indicating a difference between a reference angle and each of joint angles and a corresponding relationship between respective duty ratios; a sensor (110, 110-1); and a processor configured to obtain a joint angle of a user using the sensor (110, 110-1), calculate a difference between the reference angle and the obtained joint angle, check a duty ratio corresponding to the calculated difference according to the resistance force generation setting information, and provide a control signal having the checked duty ratio to the motor driver circuit (130, 130-1) so as to perform control such that a control state of the motor driver circuit (130, 130-1) is switched between a first control state and a second control state, wherein in the first control state, terminals of the motor (140, 140-1) are in an equipotential state, and in the second control state, the terminals are electrically opened. a motor (140, 140-1); a motor driver circuit (130, 130-1); a memory configured to store resistance force generation setting information indicating a difference between a reference angle and each of joint angles and a corresponding relationship between respective duty ratios; a sensor (110, 110-1); and a processor configured to obtain a joint angle of a user using the sensor (110, 110-1), calculate a difference between the reference angle and the obtained joint angle, check a duty ratio corresponding to the calculated difference according to the resistance force generation setting information, and provide a control signal having the checked duty ratio to the motor driver circuit (130, 130-1) so as to perform control such that a control state of the motor driver circuit (130, 130-1) is switched between a first control state and a second control state, wherein in the first control state, terminals of the motor (140, 140-1) are in an equipotential state, and in the second control state, the terminals are electrically opened.
An RFID transponder, comprising - an antenna, comprising a radiating element, - an IC, - a ground plane arranged under the radiating element, characterized in that the ground plane is solid without openings and the radiating element comprises a near field communication section extending over the edge of the ground plane for enabling near field communication of the antenna by the ground plane from backside of the RFID transponder. - an antenna, comprising a radiating element, - an IC, - a ground plane arranged under the radiating element,
Composite roofing membrane comprising, in order and in intimate contact with each adjacent other: (i) a first membrane comprising a thermoplastic polymer (ii) a first scrim comprising a yarn or fiber selected from polyester and glass which scrim - has a construction selected from a knit, woven, or non-woven, and - has a tensile strength in the machine direction of ≥ 100 N/cm 2, (iii) a second membrane comprising a thermoplastic polymer (iv) a fire resistant fleece comprising - a plurality of fire resistant rayon staple fibers and a plurality of char scaffold fibers selected from partially oxidized acrylonitrile and silica staple fibers; and - embedded into the fleece, a second scrim, wherein the side of the fire resistant fleece opposite to the second membrane forms the lower surface of the composite roofing membrane. (i) a first membrane comprising a thermoplastic polymer (ii) a first scrim comprising a yarn or fiber selected from polyester and glass which scrim - has a construction selected from a knit, woven, or non-woven, and - has a tensile strength in the machine direction of ≥ 100 N/cm 2, - has a construction selected from a knit, woven, or non-woven, and - has a tensile strength in the machine direction of ≥ 100 N/cm 2, (iii) a second membrane comprising a thermoplastic polymer (iv) a fire resistant fleece comprising - a plurality of fire resistant rayon staple fibers and a plurality of char scaffold fibers selected from partially oxidized acrylonitrile and silica staple fibers; and - embedded into the fleece, a second scrim, wherein the side of the fire resistant fleece opposite to the second membrane forms the lower surface of the composite roofing membrane. - a plurality of fire resistant rayon staple fibers and a plurality of char scaffold fibers selected from partially oxidized acrylonitrile and silica staple fibers; and - embedded into the fleece, a second scrim, wherein the side of the fire resistant fleece opposite to the second membrane forms the lower surface of the composite roofing membrane.
Hand-power tool, in particular an angle grinder, having a housing, in particular a transmission housing part, wherein the housing, in particular the transmission housing part, has at least one machine-side contact element, having an accessory which is configured as an ancillary handle, wherein the accessory has at least one accessory-side contact element, wherein the machine-side contact element and the accessory-side contact element are releasably connectable to one another, characterized in that the detection unit has a magnetic field sensor and the magnetic field sensor is disposed in such a manner that a connection is detected as soon as the accessory is assembled on the housing of the hand-power tool, wherein the machine-side contact element is embodied as a magnetic field sensor and the accessory-side contact element is embodied as a magnet, wherein the ancillary handle has a threaded pin in which the magnet is disposed.