mhurhangee/patent-ind-claim-en huggingface dataset:
A training pant (20;520;620) comprising: a chassis (34;522;622); an absorbent assembly formed separately from the chassis (34;522;622), the absorbent assembly attached to the chassis (34;522;622) by an attachment area (200;530;630) comprising a front attachment zone (202;532;632), a rear attachment zone (204;534;634), and a central attachment zone (206;536;636) extending between the front and rear attachment zones, the front and rear attachment zones having a first width and a second width , respectively, and the central attachment zone having a third width less than the first and second widths; and a pair of leg elastic members disposed along opposite sides of the training pant (20;520;620), and wherein the absorbent assembly overlaps at least a portion of the leg elastic members ; characterised in that the width of the central attachment zone (206;536;636) is less than the minimum lateral distance between the leg elastic members , and the central attachment zone (206;536;636) extends a suitable length along the training pant (20;520;620) such that the attachment area (200;530;630) does not overlap the leg elastic members . a chassis (34;522;622); an absorbent assembly formed separately from the chassis (34;522;622), the absorbent assembly attached to the chassis (34;522;622) by an attachment area (200;530;630) comprising a front attachment zone (202;532;632), a rear attachment zone (204;534;634), and a central attachment zone (206;536;636) extending between the front and rear attachment zones, the front and rear attachment zones having a first width and a second width , respectively, and the central attachment zone having a third width less than the first and second widths; and a pair of leg elastic members disposed along opposite sides of the training pant (20;520;620), and wherein the absorbent assembly overlaps at least a portion of the leg elastic members ; characterised in that the width of the central attachment zone (206;536;636) is less than the minimum lateral distance between the leg elastic members , and the central attachment zone (206;536;636) extends a suitable length along the training pant (20;520;620) such that the attachment area (200;530;630) does not overlap the leg elastic members .
Fuel injector (200; 300) for an internal combustion engine of a motor vehicle, the fuel injector (200; 300) having - a pole piece (202; 302), - an armature (204; 304; 404a; 404b) which can be moved along a movement axis, - a coil (206; 306) and - a permanent magnet (208; 308), characterized in that the movable armature (204; 304; 404a; 404b) has at least one electrically insulating element which is designed to reduce eddy currents in the armature (204; 304; 404a; 404b), and wherein the permanent magnet (208; 308) is fitted such that it generates a magnetic field which produces a force which acts on the armature in the direction of the pole piece (202; 302), wherein the permanent magnet (208; 308) is subsequently fitted radially toward the outside of the coil (206; 306) relative to the movement axis of the armature (204; 304; 404a; 404b) and is magnetized in a direction which is parallel to the movement axis of the armature (204; 304; 404a; 404b). - a pole piece (202; 302), - an armature (204; 304; 404a; 404b) which can be moved along a movement axis, - a coil (206; 306) and - a permanent magnet (208; 308), characterized in that the movable armature (204; 304; 404a; 404b) has at least one electrically insulating element which is designed to reduce eddy currents in the armature (204; 304; 404a; 404b), and wherein the permanent magnet (208; 308) is fitted such that it generates a magnetic field which produces a force which acts on the armature in the direction of the pole piece (202; 302),
An arrangement of LCL filter structure, where the filter structure comprises three pairs of two chokes , , per phase U, V, W, respectively; each of the choke has a winding wound around a yokeless, columnar core having at least two axes X-X, X'-X', characterised in that the LCL filter structure for a single phase U,V,W has at least one choke with the winding wound around a yokeless, columnar core situated centrally around the other axes Y-Y, Y'-Y'; the axes Y-Y, Y'-Y' are situated parallel to the axes X-X, X'-X' in such a distance that each of the singular chokes of each pair of the chokes is not in contact with any other chokes, and a projection of winding wound around the axis Y-Y or Y'-Y', respectively, of one choke of each pair of the chokes is overlapped on the other winding of one of the other chokes arranged around axis X-X or on the other winding of one of the other chokes arranged around axis X'-X'; all pairs of the chokes , , are placed inside a shielding enclosure forming one magnetic screen for all chokes together.
Window, door or façade element, in particular a door for a building opening, having a frame and having a sash arranged movably thereon with a handle arrangement with a handle profile with a recessed grip , which has at least one finger scanner and an undercut region , wherein the recessed grip extends from an entry or opening region approximately in an arc into the handle profile and opens in the undercut region behind a front web which forms the undercut region towards the outside, wherein a user can engage in the undercut region with one or more fingers or fingertips, wherein the finger scanner is arranged in the undercut region and wherein a receiving groove is provided on the inside of the front web for receiving the finger scanner , wherein the finger scanner is mounted in the receiving groove by a fastening means, characterized in that the receiving groove is an undercut receiving groove and in that the finger scanner is mounted in the receiving groove in a latching manner.
A device for optical data acquisition of an illuminated turbid medium object, the device comprising: a variable structured light source , the light source being adapted to illuminate an input surface of the turbid medium object with a plurality of illumination patterns; a variable structured light detector , the light detector comprising a spatial light modulator for modulating light from an output surface of the illuminated turbid medium object with a plurality of detection patterns, the light detector being further adapted to focus and collimate light from the spatial light modulator into a single beam for an optical measurement; and a controller adapted to control the variable structured light source and the variable structured light detector for the variable light source and the variable structured light detector to use a detection pattern corresponding to an illumination pattern of the illuminated turbid medium object, the controller being further adapted to store an illumination pattern identifier indicative of the illumination pattern, a detection pattern identifier indicative of the detection pattern and the corresponding optical measurement, characterized in that each of the structured light source and the structured light detector comprise a micromirror device having a two-dimensional array of micromirrors , the micromirror devices acting as spatial light modulators. a variable structured light source , the light source being adapted to illuminate an input surface of the turbid medium object with a plurality of illumination patterns; a variable structured light detector , the light detector comprising a spatial light modulator for modulating light from an output surface of the illuminated turbid medium object with a plurality of detection patterns, the light detector being further adapted to focus and collimate light from the spatial light modulator into a single beam for an optical measurement; and a controller adapted to control the variable structured light source and the variable structured light detector for the variable light source and the variable structured light detector to use a detection pattern corresponding to an illumination pattern of the illuminated turbid medium object, the controller being further adapted to store an illumination pattern identifier indicative of the illumination pattern, a detection pattern identifier indicative of the detection pattern and the corresponding optical measurement, characterized in that each of the structured light source and the structured light detector comprise a micromirror device having a two-dimensional array of micromirrors , the micromirror devices acting as spatial light modulators.
A gluing device, comprising: a support structure ; a gluing apparatus mounted on the support structure , the gluing apparatus having a glue dispensing nozzle and a glue supply, wherein the gluing apparatus is adapted to apply glue to a first surface of a packaging material , wherein the first surface is disposed adjacent an edge of the packaging material; a support plate upon which the packaging material can move; a guide rail including a vertical portion and an angled ceiling portion , the support plate , the vertical portion , and the angled ceiling portion forming a channel configured to facilitate proper positioning of the packaging material , the angled ceiling portion holding a second surface of the packaging material at a predetermined acute angle relative to the first surface of the packaging material ; and a roller assembly adapted to press together the first surface and the second surface of the packaging material after glue has been applied to the first surface of the packaging material . a support structure ; a gluing apparatus mounted on the support structure , the gluing apparatus having a glue dispensing nozzle and a glue supply, wherein the gluing apparatus is adapted to apply glue to a first surface of a packaging material , wherein the first surface is disposed adjacent an edge of the packaging material; a support plate upon which the packaging material can move; a guide rail including a vertical portion and an angled ceiling portion , the support plate , the vertical portion , and the angled ceiling portion forming a channel configured to facilitate proper positioning of the packaging material , the angled ceiling portion holding a second surface of the packaging material at a predetermined acute angle relative to the first surface of the packaging material ; and a roller assembly adapted to press together the first surface and the second surface of the packaging material after glue has been applied to the first surface of the packaging material .
A method for the polymerization of a composition containing hydridosilanes and for the subsequent use of the polymers for producing layers containing silicon, comprising the steps of: a) provision of a substrate. b) provision of a composition containing at least one hydridosilane, which is either dissolved in at least one organic and/or inorganic solvent, or containing at least one hydridosilane, which is already present in liquid form without solvent, wherein the hydridosilanes comprise at least a linear and/or a branched hydridosilane of the general formula Si n H 2n + 2 with n ≥ 3 and/or a cyclic hydridosilane of the general formula Si n H 2n with n ≥ 3. c) polymerization of the composition of step b) by acoustic cavitation. d) coating the surface of the substrate with reaction products from step c). a) provision of a substrate. b) provision of a composition containing at least one hydridosilane, which is either dissolved in at least one organic and/or inorganic solvent, or containing at least one hydridosilane, which is already present in liquid form without solvent, wherein the hydridosilanes comprise at least a linear and/or a branched hydridosilane of the general formula Si n H 2n + 2 with n ≥ 3 and/or a cyclic hydridosilane of the general formula Si n H 2n with n ≥ 3. c) polymerization of the composition of step b) by acoustic cavitation. d) coating the surface of the substrate with reaction products from step c).
An Input/Output, I/O, module for an industrial controller operable to control a machine or process, the I/O module comprising: a plurality of terminals , wherein each terminal is configured to transmit one of an input signal and an output signal between the I/O module and a controlled device for the machine or process, wherein the input signal and the output signal each have at least one state; an event generator operable to generate an event responsive to the state of at least one input or output signal ; an event queue configured to: receive each event generated, receive the state of each of the plurality of terminals when each event is generated, store a plurality of events , and store the state of each of the plurality of terminals along with the corresponding event ; and a processor (70 - 75) operable to receive each event from the event queue and to initiate execution of an event task corresponding to the event . a plurality of terminals , wherein each terminal is configured to transmit one of an input signal and an output signal between the I/O module and a controlled device for the machine or process, wherein the input signal and the output signal each have at least one state; an event generator operable to generate an event responsive to the state of at least one input or output signal ; an event queue configured to: receive each event generated, receive the state of each of the plurality of terminals when each event is generated, store a plurality of events , and store the state of each of the plurality of terminals along with the corresponding event ; and receive each event generated, receive the state of each of the plurality of terminals when each event is generated, store a plurality of events , and store the state of each of the plurality of terminals along with the corresponding event ; and a processor (70 - 75) operable to receive each event from the event queue and to initiate execution of an event task corresponding to the event .
A security fence panel comprising mutually confronting security mesh sheets which in use are spaced apart, the security mesh sheets being connected by intermediate sheets wherein in use the intermediate sheets are inclined to the horizontal and extend across the space between the confronting security mesh sheets , wherein the security fence panel comprises a plurality of intermediate sheets per pair of security mesh sheets , the plurality of intermediate sheets spaced between 100mm and 500mm apart from one another.
A wearable device (100; 200; 300; 400; 500; 600) for optogenetic motor control and restoring sensation in a mammal, comprising: a) a wearable support (105; 205; 305; 405; 505; 605) configured to be positioned at a skin surface and in proximity to at least one peripheral nerve of the mammal; b) a power source ('a') at the wearable support; c) a controller at the wearable support and in electrical communication with the power source; and d) a transdermal light source ('b') at the wearable support and coupled to the controller, the controller configured to employ closed loop feedback from at least one sensor in communication with the controller to drive the light source to direct light from the wearable support and directed toward the at least one peripheral nerve of the mammal while wearing the support, the light source emitting light at a wavelength required for a specific opsin to respond to illumination, the specific opsin being of a type that is functionally expressed by an optogenetically altered nerve, the controller controlling at least one of frequency, power, and duty cycle of the directed light to induce muscle contraction for motor control or to provide stimulation of sensory fibers for restoring sensation. a) a wearable support (105; 205; 305; 405; 505; 605) configured to be positioned at a skin surface and in proximity to at least one peripheral nerve of the mammal; b) a power source ('a') at the wearable support; c) a controller at the wearable support and in electrical communication with the power source; and d) a transdermal light source ('b') at the wearable support and coupled to the controller, the controller configured to employ closed loop feedback from at least one sensor in communication with the controller to drive the light source to direct light from the wearable support and directed toward the at least one peripheral nerve of the mammal while wearing the support, the light source emitting light at a wavelength required for a specific opsin to respond to illumination, the specific opsin being of a type that is functionally expressed by an optogenetically altered nerve, the controller controlling at least one of frequency, power, and duty cycle of the directed light to induce muscle contraction for motor control or to provide stimulation of sensory fibers for restoring sensation.
A switching capacitive power converter , wherein the power converter has a voltage output that provides an output voltage and is connected to a load, wherein the load draws a load current for a given output voltage, the power converter comprising: an energy storage element ; a voltage reference controller configured to output an adjusted reference voltage based on a received fixed reference voltage ; and a charge pumping circuit (302, 314, 316, 318, S1, S2, S3, S4) configured to operate the power converter at a charge pumping frequency and configured to charge the energy storage element at the charge pumping frequency if an absolute value of the power converter's output voltage is below an absolute value of the adjusted reference voltage ; characterized in that the charge pumping frequency depends on and/or varies with the load current, and in that if the charge pumping frequency is within a predetermined frequency exclusion range, the voltage reference controller is configured to set the adjusted reference voltage to a value such that the charge pumping frequency is no longer within the predetermined frequency exclusion range. an energy storage element ; a voltage reference controller configured to output an adjusted reference voltage based on a received fixed reference voltage ; and a charge pumping circuit (302, 314, 316, 318, S1, S2, S3, S4) configured to operate the power converter at a charge pumping frequency and configured to charge the energy storage element at the charge pumping frequency if an absolute value of the power converter's output voltage is below an absolute value of the adjusted reference voltage ; characterized in that the charge pumping frequency depends on and/or varies with the load current, and in that if the charge pumping frequency is within a predetermined frequency exclusion range, the voltage reference controller is configured to set the adjusted reference voltage to a value such that the charge pumping frequency is no longer within the predetermined frequency exclusion range.
A complex formed by a compound of formula (II): wherein R 1 represents hydrogen, alkyl group comprising from 2 to 6 carbon atoms or alkoxy group comprising from 2 to 6 carbon atoms; R 2 represents hydrogen, alkyl group comprising from 1 to 6 carbon atoms or alkoxy group comprising from 1 to 6 carbon atoms; R 3 represents carboxymethyl group; and wherein exactly one group selected from R 1 and R 2 is hydrogen; or a salt thereof; with a photoactive yellow protein (PYP) functional derivative comprising SEQ ID NO: 3. R 1 represents hydrogen, alkyl group comprising from 2 to 6 carbon atoms or alkoxy group comprising from 2 to 6 carbon atoms; R 2 represents hydrogen, alkyl group comprising from 1 to 6 carbon atoms or alkoxy group comprising from 1 to 6 carbon atoms; R 3 represents carboxymethyl group; and
Method for ascertaining a wind direction (W) at a wind power installation having a rotor on which at least one rotor blade is arranged, comprising the steps of: - measuring first wind speeds (u x ) in a predefined first measuring direction (x) and second wind speeds (v y ) in a predefined second measuring direction (y) different from the first measuring direction (x) in each case with a measuring frequency at a measuring point for a measuring period (ΔT), wherein the measuring period (ΔT) is defined by a rotational distance of the rotor or by a prespecified time, wherein the rotor blade or one of the rotor blades passes the measuring point in the measuring period (ΔT), and - determining a wind direction (W) by vectorial evaluation of the first wind speeds (u x ) and of the second wind speeds (v x ), characterized by that the vectorial evaluation of the first wind speeds (u x ) and of the second wind speeds (v y ) comprises determining a first average wind speed (U) by averaging the first wind speeds (u x ), and a second average wind speed (V) by averaging the second wind speeds (v y ), wherein the wind direction (W) is determined by vectorial evaluation of the first average wind speed (U) and of the second average wind speed (V). - measuring first wind speeds (u x ) in a predefined first measuring direction (x) and second wind speeds (v y ) in a predefined second measuring direction (y) different from the first measuring direction (x) in each case with a measuring frequency at a measuring point for a measuring period (ΔT), wherein the measuring period (ΔT) is defined by a rotational distance of the rotor or by a prespecified time, wherein the rotor blade or one of the rotor blades passes the measuring point in the measuring period (ΔT), and - determining a wind direction (W) by vectorial evaluation of the first wind speeds (u x ) and of the second wind speeds (v x ),
A method ( 200; 300; 400 ) for managing an Evolved Packet System , the Evolved Packet System comprising: - a core network including a database configured to store User Identifying Information of user devices, UD, (UD) attached to the Evolved Packet System, and - at least one external server hosting software applications for providing IP services, wherein the method comprises: - having a user device, UD, attached to the Evolved Packet System request IP services to the external server ; - in response to said requesting IP services, having the external server request ( 205; 305; 405 ) the User Identifying Information of said user device, UD, to the core network; - in response to said requesting the User Identifying Information, having the core network access the database and retrieve ( 225; 325; 425 ) the User Identifying Information of said user device; - having the core network send ( 230; 330; 430 ) the retrieved User Identifying Information to the external server ; - having the external server provide the requested IP services to the user device, UD, (UD) by exploiting said retrieved User Identifying Information. - a core network including a database configured to store User Identifying Information of user devices, UD, (UD) attached to the Evolved Packet System, and - at least one external server hosting software applications for providing IP services, - having a user device, UD, attached to the Evolved Packet System request IP services to the external server ; - in response to said requesting IP services, having the external server request ( 205; 305; 405 ) the User Identifying Information of said user device, UD, to the core network; - in response to said requesting the User Identifying Information, having the core network access the database and retrieve ( 225; 325; 425 ) the User Identifying Information of said user device; - having the core network send ( 230; 330; 430 ) the retrieved User Identifying Information to the external server ; - having the external server provide the requested IP services to the user device, UD, (UD) by exploiting said retrieved User Identifying Information.