mhurhangee/patent-ind-claim-en huggingface dataset:
A method of constructing an electrophysiology catheter adapted for use in an ostium , the catheter having a balloon having an membrane and a flex circuit electrode assembly , the method comprising: providing a flex circuit having a substrate , a first conductive layer and a second conductive layer ; removing the first conductive layer to expose a first surface of the substrate ; forming the wiring electrode in the second conductive layer with one exclusion zone; forming a first through-hole in the substrate to provide one conductive via and forming a second through-hole to provide an irrigation aperture in alignment with the exclusion zone; forming the contact electrode on first surface of the substrate ; placing conductive material into the first through-hole to form the conductive via, the conductive via extending through the substrate and electrically coupling the wiring electrode and the contact electrode ; coupling a first conductor and a second conductor to the wiring electrode to form a thermocouple; affixing the flex circuit to the membrane with the wiring electrode between the substrate and the membrane . providing a flex circuit having a substrate , a first conductive layer and a second conductive layer ; removing the first conductive layer to expose a first surface of the substrate ; forming the wiring electrode in the second conductive layer with one exclusion zone; forming a first through-hole in the substrate to provide one conductive via and forming a second through-hole to provide an irrigation aperture in alignment with the exclusion zone; forming the contact electrode on first surface of the substrate ; placing conductive material into the first through-hole to form the conductive via, the conductive via extending through the substrate and electrically coupling the wiring electrode and the contact electrode ; coupling a first conductor and a second conductor to the wiring electrode to form a thermocouple; affixing the flex circuit to the membrane with the wiring electrode between the substrate and the membrane .
Component sensitive to an electromagnetic field, comprising: - a first absorbent material , able of absorbing energy of a given electromagnetic field and of converting the absorbed energy into heat; - a second fluorescent and thermosensitive material placed in contact with said first material in order to store the heat converted by said first material, said second material being able of re-emitting, under the action of a predetermined excitation light, a light by fluorescence of light intensity dependent on the stored heat, said component being characterised in that said second material comprises a plurality of fluorescent compounds, each able to re-emit a light by fluorescence of a different wavelength. - a first absorbent material , able of absorbing energy of a given electromagnetic field and of converting the absorbed energy into heat; - a second fluorescent and thermosensitive material placed in contact with said first material in order to store the heat converted by said first material, said second material being able of re-emitting, under the action of a predetermined excitation light, a light by fluorescence of light intensity dependent on the stored heat,
A method comprising: receiving, by a user equipment , UE, from a network node in a network , a UE identifier, UE ID, a UE specific tracking sequence and assigned transmission opportunities, wherein the UE ID is unique within the network , and the UE specific tracking sequence is not associated with the network node in the network ; entering, by the UE , a standby mode instead of an idle state, when not in an active state; and transmitting, by the UE in the standby mode to the network , the UE specific tracking sequence in accordance with the assigned transmission opportunities. receiving, by a user equipment , UE, from a network node in a network , a UE identifier, UE ID, a UE specific tracking sequence and assigned transmission opportunities, wherein the UE ID is unique within the network , and the UE specific tracking sequence is not associated with the network node in the network ; entering, by the UE , a standby mode instead of an idle state, when not in an active state; and transmitting, by the UE in the standby mode to the network , the UE specific tracking sequence in accordance with the assigned transmission opportunities.
Escutcheon for a door lock, in which a handle or a rotary knob is guided, which includes a square pin for engaging into the door lock, wherein the escutcheon is guided by two screws or internal threaded bolts (15", 16") fixed to both sides and at the level of the square pin at a standard distance of 38 mm to each other, and wherein additionally 21.5 mm below the square pin a screw , a bolt with internal thread, a centring spigot or an opening for a screw or a centring spigot is provided.
A pharmaceutical composition or a formulation comprising a bolaamphiphile complex or nano-sized vesicles; wherein the bolaamphiphile complex or nano-sized vesicles comprise one or more bolaamphiphilic compounds and a compound active against HIV, wherein the one or more bolaamphiphilic compounds are a mixture of and or a mixture of and the compound active against HIV is one of Tenofovir, ({[ -1-(6-amino-9H-purin-9-yl)propan-2-yl]oxy}methyl)phosphonic acid, fosamprenavir, enfuvirtide, saquinavir, lamivudine, and stavudine; and a pharmaceutically-acceptable carrier. a bolaamphiphile complex or nano-sized vesicles; wherein the bolaamphiphile complex or nano-sized vesicles comprise one or more bolaamphiphilic compounds and a compound active against HIV, wherein the one or more bolaamphiphilic compounds are a mixture of and or a mixture of and the compound active against HIV is one of Tenofovir, ({[ -1-(6-amino-9H-purin-9-yl)propan-2-yl]oxy}methyl)phosphonic acid, fosamprenavir, enfuvirtide, saquinavir, lamivudine, and stavudine; and a pharmaceutically-acceptable carrier.
A work machine comprising: a tilt rotator to control rotation of a tool about a rotational axis and to control tilt of the tool about a tilt axis ; a coupler to couple and decouple the tool to/from the tilt rotator ; a display to output information to an operator of the work machine ; an operator interface to receive input from the operator; and processing circuitry configured to: output, on the display , a rotation instruction for the operator to initiate a rotation operation of the tilt rotator , in a case that the tilt rotator is determined to be in an incorrect position based on a rotation angle of the tilt rotator about the rotational axis , stop the rotation operation of the tilt rotator under a condition that the tilt rotator is determined to be in a correct position based on the rotation angle of the tilt rotator about the rotational axis , the rotation operation being initiated by a rotation input via the operator interface , and output, on the display , a rollup instruction for the operator to initiate a rollup operation of the tool . a tilt rotator to control rotation of a tool about a rotational axis and to control tilt of the tool about a tilt axis ; a coupler to couple and decouple the tool to/from the tilt rotator ; a display to output information to an operator of the work machine ; an operator interface to receive input from the operator; and processing circuitry configured to: output, on the display , a rotation instruction for the operator to initiate a rotation operation of the tilt rotator , in a case that the tilt rotator is determined to be in an incorrect position based on a rotation angle of the tilt rotator about the rotational axis , stop the rotation operation of the tilt rotator under a condition that the tilt rotator is determined to be in a correct position based on the rotation angle of the tilt rotator about the rotational axis , the rotation operation being initiated by a rotation input via the operator interface , and output, on the display , a rollup instruction for the operator to initiate a rollup operation of the tool . output, on the display , a rotation instruction for the operator to initiate a rotation operation of the tilt rotator , in a case that the tilt rotator is determined to be in an incorrect position based on a rotation angle of the tilt rotator about the rotational axis , stop the rotation operation of the tilt rotator under a condition that the tilt rotator is determined to be in a correct position based on the rotation angle of the tilt rotator about the rotational axis , the rotation operation being initiated by a rotation input via the operator interface , and output, on the display , a rollup instruction for the operator to initiate a rollup operation of the tool .
DC/DC voltage converter , for a motor vehicle , comprising: - a housing , - a voltage conversion device , - an electrical input, configured to be electrically connected to the main battery of the motor vehicle , and making it possible to supply current to the voltage conversion device when the engine of the motor vehicle is running, - an electrical input, configured to be electrically connected to the mains when the engine of the motor vehicle is not running, optionally via an AC/DC converter , - a first electrical output, configured to be electrically connected to the auxiliary battery of the motor vehicle , and - a second electrical output, distinct from the first electrical output, and configured to be electrically connected to an ancillary electrical apparatus of the motor vehicle , characterized in that : - the housing is equipped with a set of at least one DIP switch. - a housing , - a voltage conversion device , - an electrical input, configured to be electrically connected to the main battery of the motor vehicle , and making it possible to supply current to the voltage conversion device when the engine of the motor vehicle is running, - an electrical input, configured to be electrically connected to the mains when the engine of the motor vehicle is not running, optionally via an AC/DC converter , - a first electrical output, configured to be electrically connected to the auxiliary battery of the motor vehicle , and - a second electrical output, distinct from the first electrical output, and configured to be electrically connected to an ancillary electrical apparatus of the motor vehicle , - the housing is equipped with a set of at least one DIP switch.
Bucket for an earth-working or materials-handling machine, whereby said bucket comprises a floor and a side wall , and at least one wear component that is removably attached to said floor and said side wall by means of at least one mechanical fastener , characterized in that said floor and said side wall are disconnectably connected to each other via said at least one wear component so as to form a replaceable bucket corner edge along at least a part of said floor and said side wall .
Decorative composite having a decorative layer and a light-guiding layer , wherein the decorative layer is provided with a perforation, whereby openings are formed in the decorative layer and at least a residual wall thickness of the openings is ensured by the perforation, wherein the openings do not entirely penetrate the decorative layer and can have been introduced only up to a specific depth, with the result that the decorative layer is entirely or partially transmissive to light so that backlighting can take place, at least one light source (L1) is provided for coupling light into the light-guiding layer , the light-guiding layer is provided with defects that act as individually perceivable light-emitting points, light-emitting lines or light-emitting areas when light is coupled into the light-guiding layer , one or more of the light-emitting points, light-emitting lines or light-emitting areas formed by the defects are covered by the decorative layer at one viewing angle onto the decorative layer while they are visible at one or more different viewing angles, characterized in that the density of the defects is less than the density of the openings of the perforation and the distance between adjacent defects is at least 0.1 mm.
A valve assembly comprising: an outer housing comprising a proximal cavity and a distal cavity joined by a canal ; an inner housing configured for longitudinal (L) movement within the distal cavity , the inner housing comprising a central boss comprising a through bore to direct passage of fluid through the inner housing ; a reversibly deformable sealing pin positioned within the central boss , the sealing pin comprising a proximal base and a distal tip , wherein the sealing pin is configured to deform when applying a sufficient force proximally against the distal tip and substantially reverse deformation upon release of the force, for mating a distal fluid line having a spike valve to the inner housing ; further wherein flow of fluid through the valve assembly is regulated at the proximal base of the sealing pin ; characterized in that longitudinal (L) movement of the inner housing distally (D) moves the central boss away from the sealing pin , which opens the valve assembly , and longitudinal (L) movement of the inner housing proximally (P) moves the central boss towards and against the sealing pin to close the valve assembly . an outer housing comprising a proximal cavity and a distal cavity joined by a canal ; an inner housing configured for longitudinal (L) movement within the distal cavity , the inner housing comprising a central boss comprising a through bore to direct passage of fluid through the inner housing ; a reversibly deformable sealing pin positioned within the central boss , the sealing pin comprising a proximal base and a distal tip , wherein the sealing pin is configured to deform when applying a sufficient force proximally against the distal tip and substantially reverse deformation upon release of the force, for mating a distal fluid line having a spike valve to the inner housing ; further wherein flow of fluid through the valve assembly is regulated at the proximal base of the sealing pin ; characterized in that longitudinal (L) movement of the inner housing distally (D) moves the central boss away from the sealing pin , which opens the valve assembly , and longitudinal (L) movement of the inner housing proximally (P) moves the central boss towards and against the sealing pin to close the valve assembly .
A refrigerator having storage space with an open front , the refrigerator comprising: an air curtain system having at least one upper air egress having an outer edge and at least one lower air-recovery ingress , wherein the air curtain system produces a substantially vertical air curtain over at least part of the open front of the refrigerator ; at least one shelf between the egress and the ingress , the shelf having a front edge: at least one elongate air-guiding strip extending across at least part of the open front of the refrigerator ; the strip being located substantially in the plane of the shelf and spaced from the front edge of the shelf ; the strip being located substantially vertically beneath the outer edge of the upper air egress ; characterized in that the air-guiding strip is in the form of an aerofoil having a leading edge , a pressure surface which faces the front edge of the shelf , and a suction surface that faces outwardly from the storage space of the refrigerator . an air curtain system having at least one upper air egress having an outer edge and at least one lower air-recovery ingress , wherein the air curtain system produces a substantially vertical air curtain over at least part of the open front of the refrigerator ; at least one shelf between the egress and the ingress , the shelf having a front edge: at least one elongate air-guiding strip extending across at least part of the open front of the refrigerator ; the strip being located substantially in the plane of the shelf and spaced from the front edge of the shelf ; the strip being located substantially vertically beneath the outer edge of the upper air egress ; at least one elongate air-guiding strip extending across at least part of the open front of the refrigerator ; the strip being located substantially in the plane of the shelf and spaced from the front edge of the shelf ; the strip being located substantially vertically beneath the outer edge of the upper air egress ;
A biodegradable nasal splint comprising: a sheet formed from a degradable material, wherein the degradable material comprises chitosan, wherein, when at least a portion of the sheet is rolled, the rolled portion of the sheet is configured to unroll, wherein the biodegradable nasal splint is configured for placement between a septum and an inferior turbinate so as to apply a radially outward force between the septum and the inferior turbinate.
A crystal oscillator , comprising: a crystal oscillator core circuit , configured to generate a sinusoidal wave; a bias resistor (Rbias); a bias circuit , coupled to an output terminal of the crystal oscillator core circuit through the bias resistor (Rbias), the bias circuit configured to provide a bias voltage of the sinusoidal wave; a pulse wave buffer , coupled to the output terminal of the crystal oscillator core circuit , the pulse wave buffer configured to generate a pulse wave according to the sinusoidal wave; and a phase noise reduction circuit , coupled to the output terminal of the crystal oscillator core circuit , the phase noise reduction circuit configured to reset phase noise on the bias voltage of the sinusoidal wave caused by the bias resistor (Rbias), characterized in that the phase noise reduction circuit includes a reset switch , wherein the reset switch is coupled to the output terminal of the crystal oscillator core circuit , and wherein the phase noise reduction circuit is configured to generate a reset signal to turn on the reset switch and thereby reset the phase noise by resetting the bias voltage of the sinusoidal wave to a reset level. a crystal oscillator core circuit , configured to generate a sinusoidal wave; a bias resistor (Rbias); a bias circuit , coupled to an output terminal of the crystal oscillator core circuit through the bias resistor (Rbias), the bias circuit configured to provide a bias voltage of the sinusoidal wave; a pulse wave buffer , coupled to the output terminal of the crystal oscillator core circuit , the pulse wave buffer configured to generate a pulse wave according to the sinusoidal wave; and a phase noise reduction circuit , coupled to the output terminal of the crystal oscillator core circuit , the phase noise reduction circuit configured to reset phase noise on the bias voltage of the sinusoidal wave caused by the bias resistor (Rbias), characterized in that the phase noise reduction circuit includes a reset switch , wherein the reset switch is coupled to the output terminal of the crystal oscillator core circuit , and wherein the phase noise reduction circuit is configured to generate a reset signal to turn on the reset switch and thereby reset the phase noise by resetting the bias voltage of the sinusoidal wave to a reset level.
Sound insulation device for underwater pile driving work, having at least one line , which can be fixed on the seabed and has a plurality of bores , and at least one winding device with a drum , on which the line can be wound, characterized in that there is a compressed-air connection for the line being arranged inside the drum of the winding device .
A method of isolating T cells having antigenic specificity for a mutated human p53 amino acid sequence encoded by a cancer-specific p53 mutation, the method comprising: inducing autologous antigen presenting cells (APCs) of a patient to present at least one mutated human p53 amino acid sequence, wherein inducing APCs of the patient to present the at least one mutated human p53 amino acid sequence comprises (i) or (ii): (i) pulsing the APCs with a peptide comprising the mutated human p53 amino acid sequence or a pool of peptides, each peptide in the pool comprising a different mutated human p53 amino acid sequence; or (ii) introducing a nucleotide sequence encoding the mutated human p53 amino acid sequence into the APCs; co-culturing autologous T cells of the patient with the autologous APCs that present the mutated human p53 amino acid sequence; and selecting the autologous T cells that (a) were co-cultured with the autologous APCs that present the mutated human p53 amino acid sequence and (b) have antigenic specificity for the mutated human p53 amino acid sequence presented in the context of a major histocompatibility complex (MHC) molecule expressed by the patient to provide isolated T cells having antigenic specificity for the mutated human p53 amino acid sequence encoded by the cancer-specific p53 mutation. inducing autologous antigen presenting cells (APCs) of a patient to present at least one mutated human p53 amino acid sequence, wherein inducing APCs of the patient to present the at least one mutated human p53 amino acid sequence comprises (i) or (ii): (i) pulsing the APCs with a peptide comprising the mutated human p53 amino acid sequence or a pool of peptides, each peptide in the pool comprising a different mutated human p53 amino acid sequence; or (ii) introducing a nucleotide sequence encoding the mutated human p53 amino acid sequence into the APCs; (i) pulsing the APCs with a peptide comprising the mutated human p53 amino acid sequence or a pool of peptides, each peptide in the pool comprising a different mutated human p53 amino acid sequence; or (ii) introducing a nucleotide sequence encoding the mutated human p53 amino acid sequence into the APCs; co-culturing autologous T cells of the patient with the autologous APCs that present the mutated human p53 amino acid sequence; and selecting the autologous T cells that (a) were co-cultured with the autologous APCs that present the mutated human p53 amino acid sequence and (b) have antigenic specificity for the mutated human p53 amino acid sequence presented in the context of a major histocompatibility complex (MHC) molecule expressed by the patient to provide isolated T cells having antigenic specificity for the mutated human p53 amino acid sequence encoded by the cancer-specific p53 mutation.
A method of controlling a current of a three-phase electric motor by means of a three-phase controller, wherein the voltages (U1, U2) of two of the three phases are controlled by means of adjusting firing angles (α) of semiconductors provided in said phases (L1, L2), and wherein a third phase is connected directly to a third phase terminal of the electric motor, the method comprising the following steps: - determining a range of firing angles in which DC components may appear in current supplied to the electric motor, characterised by : - adjusting the firing angles so as to leave the range of firing angles in which the DC components may appear. - determining a range of firing angles in which DC components may appear in current supplied to the electric motor, - adjusting the firing angles so as to leave the range of firing angles in which the DC components may appear.
A mobile electronic device , comprising: a first camera with a first field of view FOV 1 ; a second, Macro camera with a Macro field of view FOV M smaller than FOV 1 ; and a device screen characterized in including a first screen section configured to display first image data from the first camera and a second screen section configured to display second image data from the Macro camera when both cameras are focused to a distance equal to or smaller than 30cm, wherein the first screen section includes a visual indication for guiding a user of the mobile electronic device towards a scene (204") using the FOV M . a first camera with a first field of view FOV 1 ; a second, Macro camera with a Macro field of view FOV M smaller than FOV 1 ; and a device screen characterized in including a first screen section configured to display first image data from the first camera and a second screen section configured to display second image data from the Macro camera when both cameras are focused to a distance equal to or smaller than 30cm, wherein the first screen section includes a visual indication for guiding a user of the mobile electronic device towards a scene (204") using the FOV M .