mhurhangee/ep-ind-claims huggingface dataset:
Mixtures comprising: a. from 5 to 69.94% by weight of polyamide, b. from 30 to 80% by weight of triclinic pinacoidal aluminium silicate, c. from 0.05 to 5% by weight of at least one heat stabilizer and d. from 0.01 to 60% by weight of at least one other additional substance, where the sum of all of the percentages by weight is always 100% by weight. a. from 5 to 69.94% by weight of polyamide, b. from 30 to 80% by weight of triclinic pinacoidal aluminium silicate, c. from 0.05 to 5% by weight of at least one heat stabilizer and d. from 0.01 to 60% by weight of at least one other additional substance,
Steering-column switch for motor vehicles, with an operating lever which is pivotable about at least one pivot axis (26, 36), with a magnet which can be pivoted by the operating lever and interacts with a positionally fixed magnetic field sensor, wherein the magnetic field sensor is designed in such a manner that the pivoted position of the magnet with respect to the magnetic field sensor and/or different distances of the magnet therefrom can be determined, wherein the operating lever has an operating portion which is rotatable about an axis of rotation relative to the operating lever and is coupled in terms of movement via coupling means to an additional magnet which interacts with at least one positionally fixed additional magnetic field sensor, and wherein the coupling means are designed in such a manner that the operating portion and the additional magnet are rotationally coupled to one another, characterized in that the coupling means are designed in such a way that the operating portion and the additional magnet are movable in the radial and/or axial direction with respect to one another relative to the axis of rotation.
A system for collecting one or more tissue specimens from a target site within a patient, comprising: a. an elongated probe component comprising i. a distal shaft portion with a distal tip, a tubular section proximal to the distal tip, an inner lumen extending within the tubular section and a tissue receiving aperture in the tubular section which provides access to tissue at the target site, and ii. an elongated tissue cutting member which has at least one tissue cutting edge; b. a tissue collector (14, 114) at a proximal portion of the elongated probe configured to receive tissue severed by the cutting member; and c. a fluid delivery conduit (15, 115) having an inner lumen in fluid communication with the interior (34, 134) of the tissue collector to deliver fluid thereto characterized in that the fluid delivery conduit is provided with one or more spray heads (38, 138) or nozzles for spraying fluid onto tissue in the tissue collector. a. an elongated probe component comprising i. a distal shaft portion with a distal tip, a tubular section proximal to the distal tip, an inner lumen extending within the tubular section and a tissue receiving aperture in the tubular section which provides access to tissue at the target site, and ii. an elongated tissue cutting member which has at least one tissue cutting edge; i. a distal shaft portion with a distal tip, a tubular section proximal to the distal tip, an inner lumen extending within the tubular section and a tissue receiving aperture in the tubular section which provides access to tissue at the target site, and ii. an elongated tissue cutting member which has at least one tissue cutting edge; b. a tissue collector (14, 114) at a proximal portion of the elongated probe configured to receive tissue severed by the cutting member; and c. a fluid delivery conduit (15, 115) having an inner lumen in fluid communication with the interior (34, 134) of the tissue collector to deliver fluid thereto
System for feeding a metal wire unwound from a corresponding coil to a machine by means of a wire feeder, said machine being for example a winding machine suitable for producing coils by means of at least one operating head, the wire being fed at a desired tension, a tension sensor to detect the tension wire being provided, the feeder having at least one rotary member (14, 15) driven by an actuator thereof (16, 17) on which the metal wire is wound, for a fraction of rotation or several rotations and suitable to supply the wire to the machine, a control unit to control the feeding of the wire at a predefined tension being provided, said control unit being provided to act on said rotary member (14, 15) so as to adjust the tension of the wire so as to maintain it constant at least within a pre-set and/programmable reference value, detector means of the quantity of wire fed to the machine and connected to said control unit being provided, said detector means providing to the latter data suitable to permit said unit to detect the aforesaid quantity of wire fed, characterised in that said control unit intervenes by adjusting the pre-set or programmed reference tension value so as to maintain the quantity of wire fed at a pre-set, self-learned and/or programmable reference value.
A system for controlling an autonomous vehicle, comprising: one or more cameras (202,204) for obtaining image data of neighboring vehicles (106,108,110) in a proximity of the autonomous vehicle; a processor and a non-transitory data storage on which is stored computer code which, when executed on the processor, causes the autonomous driving system to identify, based on the obtained image data, physical characteristics of the neighboring vehicles, wherein the physical characteristics include: makes and models of the neighboring vehicles; means for mapping the identified physical characteristics into predicted potential on-road events in the proximity of the autonomous vehicle; means for determining driving decisions based on the predicted potential on-road events; and vehicle controls for implementing the driving decisions; characterized in that the physical characteristics further include: colors of the neighboring vehicles; and exposed cargo being carried by the neighboring vehicles. one or more cameras (202,204) for obtaining image data of neighboring vehicles (106,108,110) in a proximity of the autonomous vehicle; a processor and a non-transitory data storage on which is stored computer code which, when executed on the processor, causes the autonomous driving system to identify, based on the obtained image data, physical characteristics of the neighboring vehicles, wherein the physical characteristics include: makes and models of the neighboring vehicles; means for mapping the identified physical characteristics into predicted potential on-road events in the proximity of the autonomous vehicle; means for determining driving decisions based on the predicted potential on-road events; and vehicle controls for implementing the driving decisions; characterized in that the physical characteristics further include: colors of the neighboring vehicles; and exposed cargo being carried by the neighboring vehicles. colors of the neighboring vehicles; and exposed cargo being carried by the neighboring vehicles.
A laser device having: a photonic crystal surface emitting laser, PCSEL, element, there being provided at least at a first lateral side of the PCSEL element a reflector arranged to reflect back into the PCSEL element at least a portion of light travelling out of the PCSEL element through the first lateral side of the PCSEL element, characterised in that: an electrically controllable light-transmission region configured to control the transmission of light from the PCSEL element to the reflector based on an electrical input is interposed between the first lateral side of the PCSEL element and the reflector. a photonic crystal surface emitting laser, PCSEL, element, there being provided at least at a first lateral side of the PCSEL element a reflector arranged to reflect back into the PCSEL element at least a portion of light travelling out of the PCSEL element through the first lateral side of the PCSEL element, characterised in that: an electrically controllable light-transmission region configured to control the transmission of light from the PCSEL element to the reflector based on an electrical input is interposed between the first lateral side of the PCSEL element and the reflector.
A large mode area optical fiber structure for discriminating high order modes, comprising a fiber core having a certain refractive index, a cladding (720, 730, 740) surrounding the core, and a first and second glass rings (750, 760) arranged into the cladding, which cladding has a lower refractive index than the core, which rings are arranged to disturb the high order modes, which first glass ring surrounds the core, which second glass ring surrounds the first ring, wherein the first ring has a first refractive index and the second ring has a second refractive index, which first and second indices differ from a refractive index of the cladding, wherein the first and second rings are arranged to provide a gain discrimination between a fundamental mode and at least one high order mode of a mode field distribution so that an effective area of the fundamental mode increases, wherein a radial distance from the core to the first ring, and a thickness and a height of the first ring are such that said first ring covers a first peak outside the core for the high order modes, wherein a radial distance from the first ring to the second ring, and a thickness and a height of the second ring are such that said second ring covers a second peak outside the core for the high order modes having two or more radial peaks, and wherein a gap between the first and second rings covers a deep in between the first and second peaks outside the core.
Pad element for supporting a human body, having two top pads (3, 4) which form a bearing surface which points towards the human body during use, and having a core pad, wherein the top pads (3, 4) and the core pad have ribs (5, 8) pointing towards one another and running in a transverse direction, and have grooves (6, 9) which are situated between the ribs (5, 8), such that the ribs of the top pads (3, 4) engage into the grooves of the core pad and form a first rib-groove pairing, and the ribs of the core pad engage into the grooves of the top pads (3, 4) and thus form a second rib-groove pairing, wherein, in one of the rib-groove pairings, the ribs of the top pads (3, 4) project as far as the groove base in the associated groove of the core pad and, in the other of the rib-groove pairings, the ribs of the core pad in each case only partially fill the associated groove of the top pads (3, 4) so as to form an air channel running in the transverse direction, and wherein the bearing surface is equipped with incisions which run in the transverse direction and which serve for influencing the support hardness of the top pads (3, 4), wherein the incisions are situated in each case in the centre of the width of the ribs of the top pads (3, 4) or alternatively in each case in the centre of the width of the grooves of the top pads (3, 4), wherein the incisions delimit webs which can be elastically pressed in, which webs are, in the longitudinal direction, assigned in each case at least one rib-groove pairing with an air channel in such a way, and the webs and air channels are dimensioned in such a way, that under an initial load, firstly the webs are compressed and subsequently the associated rib of the core pad is pressed into the groove of the top pads (3, 4) and, upon abutment against the groove base of the groove of the top pads (3, 4), the pressing-in resistance greatly increases for an increasing load.
An exhaust gas purification device comprising: an oxidation catalyst that is disposed in an exhaust passage of an internal combustion engine to oxidize unburned components in exhaust gas; a NOx catalyst that is installed downstream of the oxidation catalyst in a direction of flow of exhaust gas in the internal combustion engine to purify NOx in the exhaust gas; an active oxygen supply device having a first supply port for supplying active oxygen to a region upstream of the oxidation catalyst in the direction of flow of the exhaust gas and a second supply port for supplying active oxygen to a region between the oxidation catalyst and the NOx catalyst; a NOx purification active oxygen amount calculation means for calculating an amount of active oxygen for purifying NOx; a NOx purification means for supplying active oxygen from the second supply port in the amount calculated by the NOx purification active oxygen amount calculation means; characterizied by further comprising: a HC purification active oxygen amount calculation means for calculating an amount of active oxygen for oxidizing HC based on a calculated HC discharge amount; and a HC purification means for supplying active oxygen from the first supply port in the amount calculated by the HC purification active oxygen amount calculation means. an oxidation catalyst that is disposed in an exhaust passage of an internal combustion engine to oxidize unburned components in exhaust gas; a NOx catalyst that is installed downstream of the oxidation catalyst in a direction of flow of exhaust gas in the internal combustion engine to purify NOx in the exhaust gas; an active oxygen supply device having a first supply port for supplying active oxygen to a region upstream of the oxidation catalyst in the direction of flow of the exhaust gas and a second supply port for supplying active oxygen to a region between the oxidation catalyst and the NOx catalyst; a NOx purification active oxygen amount calculation means for calculating an amount of active oxygen for purifying NOx; a NOx purification means for supplying active oxygen from the second supply port in the amount calculated by the NOx purification active oxygen amount calculation means; characterizied by further comprising: a HC purification active oxygen amount calculation means for calculating an amount of active oxygen for oxidizing HC based on a calculated HC discharge amount; and a HC purification means for supplying active oxygen from the first supply port in the amount calculated by the HC purification active oxygen amount calculation means. a HC purification active oxygen amount calculation means for calculating an amount of active oxygen for oxidizing HC based on a calculated HC discharge amount; and a HC purification means for supplying active oxygen from the first supply port in the amount calculated by the HC purification active oxygen amount calculation means.
Sensor assembly for activity monitoring of a living microorganism or living nano-organism comprising a sample receiver for receiving a volume of liquid, the volume being < 10 μl, comprising a 2D microscale motion detector, the motion detector comprising an inert suspended layer, wherein the suspended layer is 1-5 atoms thick, at least one support for the suspended layer, and a read-out system configured for measuring alteration of the suspended layer. a sample receiver for receiving a volume of liquid, the volume being < 10 μl, comprising a 2D microscale motion detector, the motion detector comprising an inert suspended layer, wherein the suspended layer is 1-5 atoms thick, at least one support for the suspended layer, and a read-out system configured for measuring alteration of the suspended layer.
A cuvette for storing a biological sample, arranged such that this biological sample can be analyzed by means of a predefined detection technique, said cuvette being formed from a moldable material containing particles (15a-b) at a concentration within a predefined range, said particles (15a-b) being randomly distributed in order to form a unique pattern, said particles (15a-b) having measurable physical properties so that said unique pattern is detectable using said predefined detection technique.
A method of authentication based on polynomials for a system comprising a plurality of devices operable to mutually communicate, said method comprising steps of: (a) providing each of said plurality of devices with a corresponding identity value (p i: i = 1, n) together with an associated polynomial for generating a polynomial key; (b) arranging for the plurality of devices to include a verifier device (p 1) and a prover device (p 2); (c) arranging for the prover device (p 2) to notify its existence to the verifier device (p 1); (d) arranging for the verifier device (p 1) to issue a first challenge to the prover device (p 2) to encrypt a nonce using the prover (p 2) device's polynomial key and communicate the encrypted nonce as a response back to the verifier device (p 1); (e) arranging for the verifier device (p 1) to receive the encrypted nonce as the response from the prover device (p 2) and: (i) to encrypt the first challenge using the polynomial keys generated from a set of stored device identities; or (ii) to decrypt the response received from the prover device (p 2) using the polynomial keys; until said verifier device (p 1) identifies a match for said response, said match being indicative of authentication. (a) providing each of said plurality of devices with a corresponding identity value (p i: i = 1, n) together with an associated polynomial for generating a polynomial key; (b) arranging for the plurality of devices to include a verifier device (p 1) and a prover device (p 2); (c) arranging for the prover device (p 2) to notify its existence to the verifier device (p 1); (d) arranging for the verifier device (p 1) to issue a first challenge to the prover device (p 2) to encrypt a nonce using the prover (p 2) device's polynomial key and communicate the encrypted nonce as a response back to the verifier device (p 1); (e) arranging for the verifier device (p 1) to receive the encrypted nonce as the response from the prover device (p 2) and: (i) to encrypt the first challenge using the polynomial keys generated from a set of stored device identities; or (ii) to decrypt the response received from the prover device (p 2) using the polynomial keys; until said verifier device (p 1) identifies a match for said response, said match being indicative of authentication. (i) to encrypt the first challenge using the polynomial keys generated from a set of stored device identities; or (ii) to decrypt the response received from the prover device (p 2) using the polynomial keys; until said verifier device (p 1) identifies a match for said response, said match being indicative of authentication.
An apparatus for wireless power transferring, comprising: a first terminal and a second terminal; a combined coil coupled between the first terminal and the second terminal, wherein the combined coil including a first sub coil (802 1) having a first end and a second end and a second sub coil (802 2) having a first end and a second end, the first end of the first sub coil is coupled to the first terminal, the second end of the first sub coil is coupled to the first end of the second sub coil; a first filter coupled in series with the first sub coil at the first end or the second end of the first sub coil; and a second filter coupled between the first end of the second sub coil and the first terminal, characterised in that the first filter allows a first frequency to pass and blocks a second frequency, wherein the second filter allows the second frequency to pass and blocks the first frequency, wherein the first frequency is lower than the second frequency. a first terminal and a second terminal; a combined coil coupled between the first terminal and the second terminal, wherein the combined coil including a first sub coil (802 1) having a first end and a second end and a second sub coil (802 2) having a first end and a second end, the first end of the first sub coil is coupled to the first terminal, the second end of the first sub coil is coupled to the first end of the second sub coil; a first filter coupled in series with the first sub coil at the first end or the second end of the first sub coil; and a second filter coupled between the first end of the second sub coil and the first terminal, characterised in that the first filter allows a first frequency to pass and blocks a second frequency, wherein the second filter allows the second frequency to pass and blocks the first frequency, wherein the first frequency is lower than the second frequency.
An intraocular lens insertion tool (10, 122) comprising: a cylindrical tool body equipped with a placement part where an intraocular lens that has an optical part and a pair of support parts (34a, 34b) extending from either side of the optical part is placed; and a plunger to be inserted from a rear end part of the tool body to push out the intraocular lens to an insertion cylinder located at a tip portion of the tool body, the intraocular lens insertion tool being provided in a state where the intraocular lens is preset in the placement part so as to have the pair of support parts (34a, 34b) of the intraocular lens extend toward tip and rear ends of the tool body, characterised in that at least one of the pair of support parts (34a, 34b), that is, a front support part extending toward the tip end of the tool body and a rear support part extending toward the rear end of the tool body, is pre-deformed by abutting against an abutting projection (72, 74, 116, 124) arranged in the placement part during transport and storage of the insertion tool (10, 122). a cylindrical tool body equipped with a placement part where an intraocular lens that has an optical part and a pair of support parts (34a, 34b) extending from either side of the optical part is placed; and a plunger to be inserted from a rear end part of the tool body to push out the intraocular lens to an insertion cylinder located at a tip portion of the tool body, the intraocular lens insertion tool being provided in a state where the intraocular lens is preset in the placement part so as to have the pair of support parts (34a, 34b) of the intraocular lens extend toward tip and rear ends of the tool body, characterised in that at least one of the pair of support parts (34a, 34b), that is, a front support part extending toward the tip end of the tool body and a rear support part extending toward the rear end of the tool body, is pre-deformed by abutting against an abutting projection (72, 74, 116, 124) arranged in the placement part during transport and storage of the insertion tool (10, 122).
A PCB board, characterized in that, the PCB board comprises a working antenna and an anti-interference antenna, and impedance between a signal input terminal of the working antenna and a common ground terminal of the PCB board is greater than impedance between a signal input terminal of the anti-interference antenna and the common ground terminal of the PCB board, wherein the anti-interference antenna is provided with a resonant frequency control circuit configured such that an interference signal at the common ground terminal enters into the anti-interference antenna to be radiated out.