mhurhangee/patent-ind-claim-en huggingface dataset:
A garment for real time detection of body deformation during an image scan, comprising a front portion, made of a compression material and having a plurality of fiber Bragg gratings (FBGs), the front portion disposed on top of a body, the FBGs aligned along a predetermined coordinate system; a plurality of light emitters, each light emitter configured to pulse light waves through a corresponding FBGs; a plurality of light sensors, each light sensor attached to a corresponding FBG and configured to receive pulsed light waves; and a processor including: a data acquisition module configured to receive from the light sensors peak wavelengths reflected by the FBG; a comparator configured to determine the effective shifts of Bragg wavelengths due to axial strain on the FBGs, and a controller configured to control the movement of the body through a cavity in a scanning device and to control the acquisition of image data during body deformation based on the effective shifts of the Bragg wavelengths of the FBGs. a front portion, made of a compression material and having a plurality of fiber Bragg gratings (FBGs), the front portion disposed on top of a body, the FBGs aligned along a predetermined coordinate system; a plurality of light emitters, each light emitter configured to pulse light waves through a corresponding FBGs; a plurality of light sensors, each light sensor attached to a corresponding FBG and configured to receive pulsed light waves; and a processor including: a data acquisition module configured to receive from the light sensors peak wavelengths reflected by the FBG; a comparator configured to determine the effective shifts of Bragg wavelengths due to axial strain on the FBGs, and a controller configured to control the movement of the body through a cavity in a scanning device and to control the acquisition of image data during body deformation based on the effective shifts of the Bragg wavelengths of the FBGs. a data acquisition module configured to receive from the light sensors peak wavelengths reflected by the FBG; a comparator configured to determine the effective shifts of Bragg wavelengths due to axial strain on the FBGs, and a controller configured to control the movement of the body through a cavity in a scanning device and to control the acquisition of image data during body deformation based on the effective shifts of the Bragg wavelengths of the FBGs.
Vibration damper having a stroke position-dependent damping force, comprising a working cylinder (3; 3a; 3b) in which a piston rod , with a piston , is guided in an axially displaceable manner, wherein the piston , with a damping valve , subdivides the working cylinder into a piston rod-side working space and a working space remote from the piston rod, wherein there is at least one bypass connection region between the two working spaces (9; 11), and a base valve is arranged in the flow path from the working space remote from the piston rod to a compensation space , wherein the working space remote from the piston rod has a connection to the compensation space , which is controlled in a manner dependent on the stroke position of the piston rod , wherein the piston rod-side working space has a first piston-side sub-space and a second guide-side sub-space , wherein a separating wall is arranged between the two sub-spaces (11a; 11b), and the second sub-space has the connection to the compensation space ; characterized in that the piston rod forms with the separating wall a switching valve , and during a piston rod retraction movement, when the piston is situated within the bypass connection region , the volume of the retracting piston rod , owing to the hydraulic resistance of the base valve , is displaced into the first sub-space and, via the weakly throttling switching valve , along the separating wall into the second sub-space , and further flows away via the connection into the compensation space , and wherein, when the piston rod retracts beyond the bypass connection region in the direction of the base , the damping medium displaced by the piston rod flows via the base valve into the compensation space, on the one hand, and the damping valve in the piston provides for a damping force which is generated by the damping medium which flows from the working space remote from the piston rod into the first sub-space and further into the second sub-space , on the other hand.
An insulated conductor comprising an elongate conductor provided with an insulating layer which comprises a polymeric material, wherein said polymeric material is polyetheretherketone (PEEK) and has a crystallinity of at least 25%, and less than 40%, wherein the crystallinity is the ratio, expressed as a percentage, of the heat of fusion of the polymeric material of the insulating layer in J/g, as measured by differential scanning calorimetry in Example 4, to the heat of fusion of totally crystalline polymeric material, wherein the difference between the minimum crystallinity and the maximum crystallinity of polymeric material of the insulating layer is less than 10%, wherein said insulating layer has a thickness in the range 2μm - 300μm, and wherein said insulated conductor does not include an oxidized layer which is greater than 1000nm thick. wherein said polymeric material is polyetheretherketone (PEEK) and has a crystallinity of at least 25%, and less than 40%, wherein the crystallinity is the ratio, expressed as a percentage, of the heat of fusion of the polymeric material of the insulating layer in J/g, as measured by differential scanning calorimetry in Example 4, to the heat of fusion of totally crystalline polymeric material, wherein the difference between the minimum crystallinity and the maximum crystallinity of polymeric material of the insulating layer is less than 10%, wherein said insulating layer has a thickness in the range 2μm - 300μm, and wherein said insulated conductor does not include an oxidized layer which is greater than 1000nm thick.
An openable box-like induction coil forming at least one single turn coil when in the closed position to form an induction furnace in its interior volume, the openable box-like induction coil having at least one pair of electric power terminal connections ; characterised by: the openable box-like induction coil having a pair of pivot connections (P 1 , P 2 ) to allow pivot opening of at least two opposing moveable sides of the openable box-like induction coil, and wherein the openable box-like induction coil includes a box-like electromagnetically shielded enclosure surrounding the openable box-like induction coil , the box-like electromagnetically shielded enclosure having at least two movable side sections facing each of the at least two opposing moveable sides of the openable box-like induction coil to allow opening of the at least two opposing moveable sides of the openable box-like induction coil at least partially through the installed planes of the at least two movable side sections of the box-like electromagnetically shielded enclosure when the at least two moveable side sections of the box-like electromagnetically shielded enclosure are at least partially removed from the installed planes. the openable box-like induction coil having a pair of pivot connections (P 1 , P 2 ) to allow pivot opening of at least two opposing moveable sides of the openable box-like induction coil, and wherein the openable box-like induction coil includes a box-like electromagnetically shielded enclosure surrounding the openable box-like induction coil , the box-like electromagnetically shielded enclosure having at least two movable side sections facing each of the at least two opposing moveable sides of the openable box-like induction coil to allow opening of the at least two opposing moveable sides of the openable box-like induction coil at least partially through the installed planes of the at least two movable side sections of the box-like electromagnetically shielded enclosure when the at least two moveable side sections of the box-like electromagnetically shielded enclosure are at least partially removed from the installed planes.
System for assisting plantar flexion in the upper ankle joint, comprising a below-knee orthosis having a foot part with an outsole , and a cuff for securing the below-knee orthosis in the region of the head of the tibia, wherein the foot part and the cuff are connected to a spring enclosing the lower leg on the posterior aspect thereof, wherein sensors for detecting a movement pattern are positioned on the below-knee orthosis , and the system comprises an evaluation unit which is configured in such a way that data detected by the sensors for detection of the movement pattern are compared with target data and, in the event of deviation, information is output to the wearer of the below-knee orthosis, characterized in that the spring is connected to the foot part in the region of the lateral malleolus, runs round the posterior aspect of the lower leg and, on the inner aspect, is connected to the cuff enclosing the lower leg in the region of the head of the tibia.
An electrical stimulus device comprising: a member to be wound around an arm of a user; multiple electrodes (121-128) arranged on one surface of the member; and multiple optical distance sensors (141-148) arranged on the one surface of the member, wherein the electrical stimulus device is configured such that an electrical stimulus signal output from an electrical stimulus generation circuit is provided to the user from a specific electrode of the multiple electrodes (121-128) to provide a stimulus to a muscle of the arm at a position facing the specific electrode, and the multiple optical distance sensors (141-148) detect displacement of muscles of the arm, and wherein at least one electrode of the multiple electrodes (121-128) is a substantially rectangular electrode arranged with the substantially rectangular electrode being inclined with respect to a circumferential direction of the arm of the user at a predetermined angle of lower than 90°. a member to be wound around an arm of a user; multiple electrodes (121-128) arranged on one surface of the member; and multiple optical distance sensors (141-148) arranged on the one surface of the member, wherein the electrical stimulus device is configured such that an electrical stimulus signal output from an electrical stimulus generation circuit is provided to the user from a specific electrode of the multiple electrodes (121-128) to provide a stimulus to a muscle of the arm at a position facing the specific electrode, and the multiple optical distance sensors (141-148) detect displacement of muscles of the arm, and wherein at least one electrode of the multiple electrodes (121-128) is a substantially rectangular electrode arranged with the substantially rectangular electrode being inclined with respect to a circumferential direction of the arm of the user at a predetermined angle of lower than 90°.
An atomizer , comprising: a housing ; a mouthpiece ; a liquid chamber arranged in the housing , the liquid chamber being configured for storing tobacco liquid, the liquid chamber defining an air passage , an end of the air passage being connected with the mouthpiece ; and an atomizing component arranged in the liquid chamber , the atomizing component being configured for atomizing the tobacco liquid to form aerosol, the air passage allowing the aerosol to pass through, an opposite end of the air passage being in communication with the atomizing component ; wherein the liquid chamber defines a liquid outlet at a bottom part, the bottom part of the liquid chamber is opposite to the end of the air passage connecting the mouthpiece , the liquid outlet is in communication with the atomizing component , so that the tobacco liquid in the liquid chamber can flow to the atomizing component via the liquid outlet , characterized in that : the atomizing component further comprises an atomizing cover ; the atomizer further comprises a second connecting element , the second connecting element is configured for connecting with an external power supply, the second connecting element forms the bottom part of the liquid chamber ; and the liquid outlet is defined by an end of the atomizing cover away from the mouthpiece , and the second connecting element .
A sealing apparatus for sealing a tube, the apparatus comprising:- tube sealing means adapted to be inflated by means of pressurised fluid to be urged into sealing engagement with an inner surface of a tube; characterised in that the apparatus further comprises support means including at least one first support member adapted to be inflated by means of pressurised fluid to be urged towards said inner surface to resist disengagement of said tube sealing means from said inner surface by means of pressurised fluid in said tube; and in that said tube sealing means includes at least one inflatable member having a first hardness and said first support member has a second hardness, wherein said second hardness is greater than said first hardness. tube sealing means adapted to be inflated by means of pressurised fluid to be urged into sealing engagement with an inner surface of a tube; characterised in that the apparatus further comprises support means including at least one first support member adapted to be inflated by means of pressurised fluid to be urged towards said inner surface to resist disengagement of said tube sealing means from said inner surface by means of pressurised fluid in said tube; and in that said tube sealing means includes at least one inflatable member having a first hardness and said first support member has a second hardness, wherein said second hardness is greater than said first hardness.
A method of forming a swellable polymer based fibre comprising: creating an aqueous dope solution containing a water soluble polymer; spinning or extruding the dope solution into a coagulation bath to form an extruded fibre; drawing the fibre from the coagulation bath; characterised by : adding a glycol to the dope solution, the glycol having between two to fifteen carbon atoms; and adding a lecithin to the dope solution. creating an aqueous dope solution containing a water soluble polymer; spinning or extruding the dope solution into a coagulation bath to form an extruded fibre; drawing the fibre from the coagulation bath; characterised by : adding a glycol to the dope solution, the glycol having between two to fifteen carbon atoms; and adding a lecithin to the dope solution. adding a glycol to the dope solution, the glycol having between two to fifteen carbon atoms; and adding a lecithin to the dope solution.
A method comprising: detecting, by a user device , a radio link problem associated with a first primary secondary cell of a secondary base station ; in response to the detecting, selecting, by the user device , a second secondary cell of the secondary base station as a target primary secondary cell; initiating (S3), by the user device , a relocation procedure with said target primary secondary cell, wherein the initiating the relocation procedure with said target primary secondary cell comprises transmitting, directly to the secondary base station , a relocation request. detecting, by a user device , a radio link problem associated with a first primary secondary cell of a secondary base station ; in response to the detecting, selecting, by the user device , a second secondary cell of the secondary base station as a target primary secondary cell; initiating (S3), by the user device , a relocation procedure with said target primary secondary cell, wherein the initiating the relocation procedure with said target primary secondary cell comprises transmitting, directly to the secondary base station , a relocation request.
An inlet diffuser for a fixed-bed reactor , the inlet diffuser comprising: a truncated cone adapted to receive a stream of gas-liquid mixture, wherein the truncated cone includes at least one opening formed on a circumference of the truncated cone ; a vertical baffle plate in each of the one or more openings in truncated cone to break the stream; at least one horizontal baffle positioned at the upper portion of the truncated cone and adapted to absorb momentum of the stream received by the truncated cone ; a cylindrical chamber in fluid communication with the truncated cone and adapted to receive the stream from the truncated cone , wherein the cylindrical chamber includes at least one slot adapted to discharge the stream from the inlet diffuser ; and a splash plate disposed at a bottom portion of the cylindrical chamber and comprising one or more apertures adapted to discharge the stream from the inlet diffuser . a truncated cone adapted to receive a stream of gas-liquid mixture, wherein the truncated cone includes at least one opening formed on a circumference of the truncated cone ; a vertical baffle plate in each of the one or more openings in truncated cone to break the stream; at least one horizontal baffle positioned at the upper portion of the truncated cone and adapted to absorb momentum of the stream received by the truncated cone ; a cylindrical chamber in fluid communication with the truncated cone and adapted to receive the stream from the truncated cone , wherein the cylindrical chamber includes at least one slot adapted to discharge the stream from the inlet diffuser ; and a splash plate disposed at a bottom portion of the cylindrical chamber and comprising one or more apertures adapted to discharge the stream from the inlet diffuser .
Polyimide formed from at least one dianhydride and at least one diamine, wherein at least 50 wt.% of the diamine is comprised of dimer fatty diamine, wherein the diamine comprises dimer fatty diamine and one or more diamines selected from 4,4'-oxydianiline, 4,4'-diaminodiphenyl ether, 3,4'-diaminodiphenyl ether, 3,3'-diaminodiphenyl ether, o-tolidine, m-tolidine, and 4,4'-diaminobenzanilide, p-phenylenediamine, and m-phenylenediamine.
An expandable, polymerizable composition comprising at least one benzoxazine and at least one cyclic carbonate, characterized in that the benzoxazine units comprised in the composition are benzoxazine units which are crosslinkable with each other.
A rear-mounted tiller for a snow groomer for snow surface preparation and grooming, with a carrier structure and with a tiller box mounted on the carrier structure and open towards a snow piste, and with a driven work shaft arrangement which is rotatably mounted in the tiller box , wherein the rear-mounted tiller has at least one adjustment unit , which is arranged on the tiller box , and one side finisher unit , wherein the adjustment unit is configured to set a position of the side finisher unit relative to the tiller box during movement of the snow groomer , and wherein the rear-mounted tiller is configured to set a tilling depth of the driven work shaft arrangement , characterized in that the adjustment unit is configured to set the position of the side finisher unit relative to the tiller box and dependent on the set tilling depth of the driven work shaft arrangement .
A method of manufacturing a pattern structure, the method comprising: forming a fine pattern on a wafer; cutting the wafer by irradiating the wafer with a laser, thereby forming a unit pattern structure having the fine pattern; and bonding cutting surfaces of at least two unit pattern structures, wherein the cutting the wafer comprises repeatedly irradiating the wafer with the laser and repeatedly moving a focal position of the laser in a horizontal direction and changing a focal depth of the laser, thereby forming a cutting surface profile in the unit pattern structure such that a first surface of the unit pattern structure on which the fine pattern is formed protrudes in the horizontal direction with respect to a second surface of the unit pattern structure that is opposite the first surface. forming a fine pattern on a wafer; cutting the wafer by irradiating the wafer with a laser, thereby forming a unit pattern structure having the fine pattern; and bonding cutting surfaces of at least two unit pattern structures, wherein the cutting the wafer comprises repeatedly irradiating the wafer with the laser and repeatedly moving a focal position of the laser in a horizontal direction and changing a focal depth of the laser, thereby forming a cutting surface profile in the unit pattern structure such that a first surface of the unit pattern structure on which the fine pattern is formed protrudes in the horizontal direction with respect to a second surface of the unit pattern structure that is opposite the first surface.
A bicycle saddle assembly comprising a saddle and means for fixing the saddle to the top of a respective seatpost of the bicycle, the saddle comprising in turn a hull (14; 14A) featuring a midplane and means for supporting the hull (14; 14A) which the latter is removably fixed to, the support means engaging said fixing means to lock the saddle in position, said support means comprising a substantially stiff support element , suitable for being received in the hull (14; 14A) and featuring a midplane coincident with that of the hull (14;14A), whose plan shape roughly follows the plan shape of the hull (14; 14A) so as to provide a solid support to all parts of the hull (14; 14A) and wherein said fixing means include means for adjusting the tilt of the saddle with respect to the horizontal line, the hull (14; 14A) being fixed to the support element by means that make it possible to adjust the position of the hull (14; 14A) with respect to the handlebar of the bicycle, characterized in that means for fixing the saddle to the upper end of the seatpost comprise a head which is designed to constitute the upper end of the seatpost , in the head two horizontal and parallel through holes being provided, in the two through holes a respective pawl being rotatably inserted, every pawl having a threaded hole whose axis is perpendicular to that of the pawl and intersects it, in every threaded hole a correspondent screw being screwed whose shank goes through the support element as well as through the head without interfering, the adjusting means being defined by a zone of the lower surface of the support element and by a corresponding zone of said head , with said zone being conjugated with the corresponding zone whenever the two screws are tightened.
A method of producing a semiconductor device, comprising: - providing a semiconductor substrate with a photosensor at a main surface , - forming an array of aperture zones in an opaque or semitransparent material of a further semiconductor substrate , the aperture zones being left void or filled with transparent material, - bonding the further semiconductor substrate including the aperture zones to the semiconductor substrate above the main surface with the aperture zones facing the photosensor , and thereafter - thinning the further semiconductor substrate to an aperture layer , which is penetrated by the aperture zones , the aperture layer comprising the opaque or semitransparent material. - providing a semiconductor substrate with a photosensor at a main surface , - forming an array of aperture zones in an opaque or semitransparent material of a further semiconductor substrate , the aperture zones being left void or filled with transparent material, - bonding the further semiconductor substrate including the aperture zones to the semiconductor substrate above the main surface with the aperture zones facing the photosensor , and thereafter - thinning the further semiconductor substrate to an aperture layer , which is penetrated by the aperture zones , the aperture layer comprising the opaque or semitransparent material.