mhurhangee/ep-ind-claims huggingface dataset:
A surgical guide device, comprising: a cannula (200, 400) comprising first and second parallel elongate channels (206, 208, 406, 408) positioned adjacent to one another; a first elongate sleeve (216, 416) configured to be removably and replaceably received in the first channel (206, 406), the first sleeve (216, 416) having a proximal housing (210, 410) configured to protrude from a proximal end (200p, 400p) of the cannula (200, 400); and a second elongate sleeve (218, 418) configured to be removably and replaceably received in the second channel (208, 408), the second sleeve (218, 418) having a proximal end (218p, 418p) configured to protrude from the proximal (200p, 400p) end of the cannula (200, 400) when the second sleeve (218, 418) is positioned therein, the second sleeve (218, 418) having a wire-receiving lumen (228, 428) extending therethrough; characterized by the proximal housing (210, 410) of the first sleeve (216, 416) having a plurality of openings (220, 222, 224, 420, 422, 424) formed therein, each opening (220, 222, 224, 420, 422, 424) being in communication with a respective wire-receiving lumen (230, 232, 234, 430, 432, 434) that extends through the first elongate sleeve (216, 416) to a distal end (216d, 416d) thereof. a cannula (200, 400) comprising first and second parallel elongate channels (206, 208, 406, 408) positioned adjacent to one another; a first elongate sleeve (216, 416) configured to be removably and replaceably received in the first channel (206, 406), the first sleeve (216, 416) having a proximal housing (210, 410) configured to protrude from a proximal end (200p, 400p) of the cannula (200, 400); and a second elongate sleeve (218, 418) configured to be removably and replaceably received in the second channel (208, 408), the second sleeve (218, 418) having a proximal end (218p, 418p) configured to protrude from the proximal (200p, 400p) end of the cannula (200, 400) when the second sleeve (218, 418) is positioned therein, the second sleeve (218, 418) having a wire-receiving lumen (228, 428) extending therethrough; characterized by the proximal housing (210, 410) of the first sleeve (216, 416) having a plurality of openings (220, 222, 224, 420, 422, 424) formed therein, each opening (220, 222, 224, 420, 422, 424) being in communication with a respective wire-receiving lumen (230, 232, 234, 430, 432, 434) that extends through the first elongate sleeve (216, 416) to a distal end (216d, 416d) thereof.
Method for preparation of a particulate joint filler comprising at least an elastoplastic binder, to be used for shaping of a joint sealing or continuous cover, characterised in that the method comprises the steps: to shape particles from an elastoplastic bitumen based material that become sticky at a temperature between 0 °C and 40 °C, by separating the particles from a viscous phase of the bitumen based material; to cool the separated particles to a solid phase; and to store the particles at a first temperature sufficiently low to hinder fusion melting of the particles, wherein said first temperature is at maximum 20 °C above the Fraas breaking point of the elastoplastic bitumen. to shape particles from an elastoplastic bitumen based material that become sticky at a temperature between 0 °C and 40 °C, by separating the particles from a viscous phase of the bitumen based material; to cool the separated particles to a solid phase; and to store the particles at a first temperature sufficiently low to hinder fusion melting of the particles, wherein said first temperature is at maximum 20 °C above the Fraas breaking point of the elastoplastic bitumen.
Device for positioning and clamping workpieces, in particular body components in the motor vehicle industry, comprising a housing, a positioning pin, which is axially displaceable in the housing, wherein the positioning pin is movable by means of a drive unit, one end of the positioning pin is led out of the housing in the axial direction, wherein the positioning pin receives at least one clamping hook in the region of the led-out end, wherein the clamping hook is movably mounted transversally in relation to the axial direction in the positioning pin, characterized in that the device has a stop pin fixedly mounted in the housing, wherein a guiding region of the stop pin protrudes from the housing, the positioning pin receives this guiding region and wherein the guiding region acts on the clamping hook when the positioning pin is displaced.
A method of operating a device, the device including an electroactive polymer actuator comprising: - an electrode arrangement (10, 12) for receiving a control signal; and - an electroactive polymer structure for providing an actuation in response to the control signal, the actuation causing the electroactive polymer structure to be displaced from a rest state to an actuated state and then to return to its rest state upon relaxation; the method comprising: - generating the control signal to comprise: - a drive signal for causing the actuation, the drive signal having a first polarity; and - a reset signal with a second polarity opposite to the first polarity, the reset signal preceding and/or following the drive signal, and being for reducing or eliminating drift of the rest state over successive actuations; and - applying the control signal to the electrode arrangement; wherein the magnitude of the amplitude of the reset signal is equal to or less than the product of a level scaling factor and the magnitude of the amplitude of the drive signal, the level scaling factor being chosen from the group consisting of: 0.5, 0.2, 0.1, 0.05, 0.02 and 0.01. - an electrode arrangement (10, 12) for receiving a control signal; and - an electroactive polymer structure for providing an actuation in response to the control signal, the actuation causing the electroactive polymer structure to be displaced from a rest state to an actuated state and then to return to its rest state upon relaxation; - generating the control signal to comprise: - a drive signal for causing the actuation, the drive signal having a first polarity; and - a reset signal with a second polarity opposite to the first polarity, the reset signal preceding and/or following the drive signal, and being for reducing or eliminating drift of the rest state over successive actuations; and - a drive signal for causing the actuation, the drive signal having a first polarity; and - a reset signal with a second polarity opposite to the first polarity, the reset signal preceding and/or following the drive signal, and being for reducing or eliminating drift of the rest state over successive actuations; and - applying the control signal to the electrode arrangement;
A vehicle comprising a vehicle body and a suspension including a sensor for detecting vehicle load, wherein the sensor is provided with an optical fibre which is deformable upon varying the vehicle load so as to influence light transmission property of the optical fibre, wherein the suspension comprises at least a spring, wherein the sensor is located at the spring, wherein the spring has a vertically oriented centre line, wherein the spring is a coil spring, wherein the optical fibre extends in circumferential direction about the centre line, characterized in that the sensor has one or more rigid portions and one or more resilient portions for bending the optical fibre with respect to the rigid portions, wherein the sensor is accommodated in a spring seat of the coil spring, wherein the rigid portions are spaced in circumferential direction about the centre line.
A bending member, comprising: a bent portion formed by bending a plate material, the bent portion including a concave surface side and a convex surface side, a curvature radius r of the concave surface side of the bent portion is set to a thickness t of the plate material or below, and the bending member comprises a plurality of grooves provided in the bent portion on the convex surface side, each of the grooves being perpendicular to a longitudinal direction of the bent portion, wherein each of the grooves opens on both surface sides sandwiching the bent portion, each of the grooves includes a bottom portion having a straight line shape connecting the openings of the groove on both surface sides, a length L of the bottom portion having the straight line shape is larger than twice the curvature radius r, and a depth d of the deepest portion of each groove is smaller than the thickness t of the plate material. a bent portion formed by bending a plate material, the bent portion including a concave surface side and a convex surface side, a curvature radius r of the concave surface side of the bent portion is set to a thickness t of the plate material or below, and the bending member comprises a plurality of grooves provided in the bent portion on the convex surface side, each of the grooves being perpendicular to a longitudinal direction of the bent portion, wherein each of the grooves opens on both surface sides sandwiching the bent portion, each of the grooves includes a bottom portion having a straight line shape connecting the openings of the groove on both surface sides, a length L of the bottom portion having the straight line shape is larger than twice the curvature radius r, and a depth d of the deepest portion of each groove is smaller than the thickness t of the plate material.
An uplink transmission method in a carrier aggregation system, comprising: selecting at a user equipment, under a preset reference carrier selection rule, one of downlink carriers corresponding to cells having already established downlink synchronization with a base station as a timing reference downlink carrier used by a secondary cell, after the base station configures the user equipment additionally with the secondary cell; and performing at the user equipment, uplink transmission in the secondary cell according to downlink timing of the timing reference downlink carrier, characterized in that the selecting, under a preset reference carrier selection rule, one of downlink carriers corresponding to cells having already established downlink synchronization with a base station as a timing reference downlink carrier used by a secondary cell comprises: selecting at the user equipment, a downlink component carrier corresponding to an active cell with the lowest number in a TA group to which the secondary cell belongs as a timing reference downlink carrier used by the secondary cell. selecting at a user equipment, under a preset reference carrier selection rule, one of downlink carriers corresponding to cells having already established downlink synchronization with a base station as a timing reference downlink carrier used by a secondary cell, after the base station configures the user equipment additionally with the secondary cell; and performing at the user equipment, uplink transmission in the secondary cell according to downlink timing of the timing reference downlink carrier, selecting at the user equipment, a downlink component carrier corresponding to an active cell with the lowest number in a TA group to which the secondary cell belongs as a timing reference downlink carrier used by the secondary cell.
A method for stabilizing a compound of formula: wherein R 1 and R 2 each independently are H or C 1-2 -alkyl; and R 3 is C 1-2 -alkyl; comprising making the compound of formula coexist with alcohol in a composition wherein the content of the compound of formula is ≥ 30% (w/w) and the content of alcohol is 0.02-70 % (w/w); and the alcohol being methanol.
A method for observing a biological sample, the sample being placed between a light source and a pixelated image sensor, the light source emitting an incident light beam, which propagates to the sample along a propagation axis, and at an emission wavelength (λ) comprised between 1 μm and 20 μm, the method comprising the following steps: a) illuminating the sample with the light source; b) acquiring an image ( I λ) of the sample with the pixelated image sensor, no image-forming optic being placed between the sample and the image sensor; the method being such that: - the sample is able to absorb some of the incident light beam, such that the acquired image ( I λ) is representative of an absorption of the incident beam by the sample, at the emission wavelength; - the light source illuminates an area of the sample larger than 1 mm 2 or larger than 5 mm 2; - the image acquired of the sample by the image sensor corresponds to an area of sample larger than 1 mm 2 or larger than 5 mm 2; - the pixels of the image sensor define a detection plane (P 20), the sample being placed at a distance from the detection plane smaller than 1 mm. a) illuminating the sample with the light source; b) acquiring an image ( I λ) of the sample with the pixelated image sensor, no image-forming optic being placed between the sample and the image sensor; - the sample is able to absorb some of the incident light beam, such that the acquired image ( I λ) is representative of an absorption of the incident beam by the sample, at the emission wavelength; - the light source illuminates an area of the sample larger than 1 mm 2 or larger than 5 mm 2; - the image acquired of the sample by the image sensor corresponds to an area of sample larger than 1 mm 2 or larger than 5 mm 2; - the pixels of the image sensor define a detection plane (P 20), the sample being placed at a distance from the detection plane smaller than 1 mm.
A device comprising: a first antenna (801, 901) configured to transmit or receive through an aperture (814, 914) provided by the device; and a second antenna (807, 907) including an array of a plurality of antenna elements (812, 912) configured to transmit or receive through the aperture, the plurality of antenna elements overlapping at least a portion of the first antenna; wherein the first antenna is configured as a meandering inverted-F antenna, MIFA, having a meander element (803, 903), and the plurality of antenna elements overlap the meander element; wherein the second antenna further comprises array conductors (813, 913) each coupled to a respective antenna element of the plurality of antenna elements, wherein the array conductors are disposed along the meander element and coupled to the plurality of antenna elements to convey signals for transmission or signals received by the plurality of antenna elements from or to, respectively, a transceiver (220, 320). a first antenna (801, 901) configured to transmit or receive through an aperture (814, 914) provided by the device; and a second antenna (807, 907) including an array of a plurality of antenna elements (812, 912) configured to transmit or receive through the aperture, the plurality of antenna elements overlapping at least a portion of the first antenna; wherein the first antenna is configured as a meandering inverted-F antenna, MIFA, having a meander element (803, 903), and the plurality of antenna elements overlap the meander element; wherein the second antenna further comprises array conductors (813, 913) each coupled to a respective antenna element of the plurality of antenna elements, wherein the array conductors are disposed along the meander element and coupled to the plurality of antenna elements to convey signals for transmission or signals received by the plurality of antenna elements from or to, respectively, a transceiver (220, 320).
Toilet hinge arrangement for fastening of a toilet cover assembly, including a toilet seat and/or a toilet cover, to a toilet bowl, so that the toilet cover assembly (2,3) in use can pivot about a substantially horizontal rotation axis, the hinge arrangement comprising a. a carrier housing (5,6,7) adapted for mounting on a toilet structure, said carrier housing having an inside surface, and two rotatable mounted shaft elements (18,19), each rotatable shaft element (18,19) being in contact with and supported by said inner surface of the carrier housing (5,6,7), each shaft element (18,19) comprising one or more engagement elements (9,11,13,15) on the outside of each shaft element for engaging with corresponding recesses on the toilet seat or cover (2,3) wherein at least b. one ring element (8,10,12,14) is mounted on each shaft element (18,19) and being adapted for fastening in relation to the toilet seat or the cover (2,3), the at least one ring element (8,10,12,14) being secured against rotation relative to the shaft element (18,19) by secondary engagement elements (20,21), wherein said ring elements (8,10,12,14) each comprising engagement elements (9,11,13,15) for connecting the ring elements to the seat and/or the cover, and wherein the carrier housing (5,6,7) is adapted for accommodating and holding at least one damping element (16,17) and where the rotatable shaft element (18,19) is adapted for engagement with the damper (16,17) and hereby enabling damping of the shaft elements movement and hence the movement of the seat and/or cover (2,3). a. a carrier housing (5,6,7) adapted for mounting on a toilet structure, said carrier housing having an inside surface, and two rotatable mounted shaft elements (18,19), each rotatable shaft element (18,19) being in contact with and supported by said inner surface of the carrier housing (5,6,7), each shaft element (18,19) comprising one or more engagement elements (9,11,13,15) on the outside of each shaft element for engaging with corresponding recesses on the toilet seat or cover (2,3) wherein at least b. one ring element (8,10,12,14) is mounted on each shaft element (18,19) and being adapted for fastening in relation to the toilet seat or the cover (2,3), the at least one ring element (8,10,12,14) being secured against rotation relative to the shaft element (18,19) by secondary engagement elements (20,21),
A fastening device characterized in a female component comprising: a female opening, said female opening having a broader female width at a first depth; and a narrower female width at a second depth; a female attachment surface comprising an interior slope rising away from said female opening; and a female mounting surface affixed to a surface, opposite said female attachment surface, and a male component comprising: a male attachment member at least partially conforming to said interior slope; having a broader male width larger than said narrower female width,a narrower male width not larger than said narrower female width; and a height that does not exceed said total depth of said female opening; and a male mounting surface affixed to another surface, opposite said male attachment member said male attachment member is coupled to said female opening; and said broader male width resides at a depth within said female opening closer to said female attachment surface than the distance from said second depth to said female attachment surface. a female opening, said female opening having a broader female width at a first depth; and a narrower female width at a second depth; a female attachment surface comprising an interior slope rising away from said female opening; and a female mounting surface affixed to a surface, opposite said female attachment surface, and a male component comprising: a male attachment member at least partially conforming to said interior slope; having a broader male width larger than said narrower female width,a narrower male width not larger than said narrower female width; and a height that does not exceed said total depth of said female opening; and a male mounting surface affixed to another surface, opposite said male attachment member said male attachment member is coupled to said female opening; and said broader male width resides at a depth within said female opening closer to said female attachment surface than the distance from said second depth to said female attachment surface. a male attachment member at least partially conforming to said interior slope; having a broader male width larger than said narrower female width,a narrower male width not larger than said narrower female width; and a height that does not exceed said total depth of said female opening; and a male mounting surface affixed to another surface, opposite said male attachment member said male attachment member is coupled to said female opening; and said broader male width resides at a depth within said female opening closer to said female attachment surface than the distance from said second depth to said female attachment surface.
A BlueTooth-based, abbreviated as BT-based, identity recognition method, characterized in that, the method comprises: establishing, by a smart equipment, a BT connection with a first terminal; sending, by the smart equipment, an equipment ID of the BT-enabled smart equipment to the first terminal through the BT connection; sending, by the first terminal, the equipment ID, a first user account of the first terminal and a first terminal ID to a server; establishing, by the server, a binding relationship among the equipment ID, the first user account and the first terminal ID and generating a binder ID according to the binding relationship; and receiving, by the smart equipment, the first user account and the binder ID from the server, and adding the first user account and the binder ID into a first preset mapping table as a set of mapping relationship, and the first preset mapping table comprising a mapping relationship between at least one user account and at least one binder ID, each binder ID corresponding to a respective user account; and searching, by the smart equipment, the preset mapping table for the binder ID corresponding to the first user account; and determining, by the smart equipment, a user identity corresponding to the first terminal according to the binder ID. establishing, by a smart equipment, a BT connection with a first terminal; sending, by the smart equipment, an equipment ID of the BT-enabled smart equipment to the first terminal through the BT connection; sending, by the first terminal, the equipment ID, a first user account of the first terminal and a first terminal ID to a server; establishing, by the server, a binding relationship among the equipment ID, the first user account and the first terminal ID and generating a binder ID according to the binding relationship; and receiving, by the smart equipment, the first user account and the binder ID from the server, and adding the first user account and the binder ID into a first preset mapping table as a set of mapping relationship, and the first preset mapping table comprising a mapping relationship between at least one user account and at least one binder ID, each binder ID corresponding to a respective user account; and searching, by the smart equipment, the preset mapping table for the binder ID corresponding to the first user account; and determining, by the smart equipment, a user identity corresponding to the first terminal according to the binder ID.
A device monitoring method, comprising: obtaining signaling plane data exchanged between a terminal device and a core network element; characterized by determining, based on attribute information of the signaling plane data, whether the terminal device is a device that initiates a denial of service, DoS, attack; wherein the attribute information comprises a length of the signaling plane data; wherein the determining, based on attribute information of the signaling plane data, whether the terminal device is a device that initiates a DoS attack comprises: if the length of the signaling plane data is greater than or equal to a preset length, determining that the terminal device is a device that initiates a DoS attack. obtaining signaling plane data exchanged between a terminal device and a core network element; characterized by determining, based on attribute information of the signaling plane data, whether the terminal device is a device that initiates a denial of service, DoS, attack; wherein the attribute information comprises a length of the signaling plane data; wherein the determining, based on attribute information of the signaling plane data, whether the terminal device is a device that initiates a DoS attack comprises: if the length of the signaling plane data is greater than or equal to a preset length, determining that the terminal device is a device that initiates a DoS attack.