mhurhangee/patent-ind-claim-en huggingface dataset:
Portable spine protector to prevent excessive physiological deflections of a user's spine, where the spine protector comprises a lower attachment structure designed as a hip belt or pelvic belt that can be placed in the user's hip region and where the spine protector comprises an upper attachment structure that can be placed in the user's shoulder or chest region, the lower attachment structure being connected to the upper attachment structure by at least two straps , and the at least two straps being connected to the lower attachment structure in front of the user's neutral lateral bending line, the first strap running along the user's waist on the right-hand side (A) diagonally upwards to the user's back and the second strap running along the user's waist on the left-hand side (B) diagonally upwards to the user's back, wherein the first strap is connected to the upper attachment structure in the region of the user's left shoulder or left chest, and wherein the second strap is connected to the upper attachment structure in the region of the user's right shoulder or right chest, so that the two straps cross over in the user's back region, characterised in that the upper attachment structure is designed as chest strap or in that the upper attachment structure has two slings that are connected to one another.
An actuator device, comprising: an actuator member, having a thickness, and comprising an electroactive material being adapted to deform in response to application of an electrical stimulus; and particles of a magnetic material dispersed within the electroactive material; characterised in further comprising a magnetic field sensor, adapted to detect the strength of a magnetic field within, or proximal to, at least a section of the actuator member; and a controller, adapted to determine, based on outputs from the magnetic field sensor, an indication of a change in a shape of the actuator member. an actuator member, having a thickness, and comprising an electroactive material being adapted to deform in response to application of an electrical stimulus; and particles of a magnetic material dispersed within the electroactive material; characterised in further comprising an electroactive material being adapted to deform in response to application of an electrical stimulus; and particles of a magnetic material dispersed within the electroactive material; characterised in further comprising a magnetic field sensor, adapted to detect the strength of a magnetic field within, or proximal to, at least a section of the actuator member; and a controller, adapted to determine, based on outputs from the magnetic field sensor, an indication of a change in a shape of the actuator member.
A tire pressure sensor , comprising: a sensor body , a valve assembly connected to the sensor body, a locking member , and a button ; wherein, a fixture block assembly is disposed at a connecting end of the valve assembly ; the locking member is disposed within the sensor body ; when the connecting end is inserted into the sensor body , the locking member limits the location of the fixture block assembly ; and the button is disposed on the sensor body , when the button receives an external force, the button transmits the external force to the fixture block assembly , so that the locking member relieves limiting of the fixture block assembly , wherein the tire pressure sensor further comprises a resilient member , the resilient member being disposed between the locking member and the button , and the resilient member abutting against the button , wherein an accommodating groove for accommodating the locking member , the resilient member , and the button is disposed within the sensor body , wherein a valve assembly hole perpendicular to the accommodating groove is further disposed within the sensor body ; the accommodating groove and the valve assembly hole being connected with each other, wherein a slot is disposed in the accommodating groove , the slot being connected with the valve assembly hole , wherein the locking member comprises a bottom plate , a left end and a right end of the bottom plate extending downward along a direction perpendicular to the bottom plate to respectively form a first extending portion and a second extending portion ; and the quantity of the slots is two, the first extending portion and the second extending portion being respectively embedded into two slots , and one end of the first extending portion and one end of the second extending portion being located within the valve assembly hole , wherein a first halting block is disposed at the first extending portion , and a second halting block is disposed at the second extending portion ; the button comprises a bottom wall , a left end and a right end of the bottom wall extending downward along a direction perpendicular to the bottom wall to respectively form a first side wall and a second side wall ; a first bent portion and a second bent portion being respectively disposed on the first side wall and the second side wall ; and the first bent portion abutting against the first halting block , and the second bent portion abutting against the second halting block .
A child car seat with a housing that surrounds the backrest and a seat and a handle allowing to guide the car seat, having a) at least two wheels mounted on an axis around which they can rotate, the axis extending at least partly through the car seat housing, b) the handle with a grip for pushing the car seat in front of oneself on the ground, wherein the handle with the grip is a single stick-shaped element characterized in that said handle with the grip is mounted to the seat of the car seat, from below, further away from the backrest and directed in this direction, the handle being so configured and located relative to the axis that in normal use the centre of gravity of the car seat with a handle is between the handle grip and the axis. a) at least two wheels mounted on an axis around which they can rotate, the axis extending at least partly through the car seat housing, b) the handle with a grip for pushing the car seat in front of oneself on the ground, wherein the handle with the grip is a single stick-shaped element
An apparel system for an upper torso of a wearer comprising: a first layer having a front side opposite a back side , wherein the front side comprises a pocket having a pocket space and a pocket opening in communication with the pocket space; and a second layer that covers at least a portion of the first layer , the second layer having a front side opposite a back side , wherein the second layer is affixed to the first layer at a location inside the pocket , wherein the location inside the pocket where the second layer is affixed to the first layer corresponds to a front edge of the pocket opening , and characterized in that the second layer further comprises a flap that extends downward from the second layer so that the flap is positioned adjacent and external to the pocket opening . a first layer having a front side opposite a back side , wherein the front side comprises a pocket having a pocket space and a pocket opening in communication with the pocket space; and a second layer that covers at least a portion of the first layer , the second layer having a front side opposite a back side , wherein the second layer is affixed to the first layer at a location inside the pocket , wherein the location inside the pocket where the second layer is affixed to the first layer corresponds to a front edge of the pocket opening , and characterized in that the second layer further comprises a flap that extends downward from the second layer so that the flap is positioned adjacent and external to the pocket opening .
A sanitary fitting having at least one mixing space with a first water connection , a second water connection and a water drain , wherein a mixer shaft and also a valve , which is associated with the water drain , are arranged in the mixing space , wherein the mixer shaft is arranged displaceably in the mixing space and can unblock and close a bypass channel between the mixing space and the valve , wherein the bypass channel is provided, at least in sections, parallel to the water drain and the valve can be actuated electrically by a control unit , wherein the mixer shaft comprises a hollow shaft and an inside-lying plug-in shaft , which is configured to be displaceable relative to the hollow shaft along a center axis , characterized in that the hollow shaft and the plug-in shaft are braced against each other by a spring element .
A method for manufacturing an exchange element of a dual gas flow exchanger, the method comprising the following steps: a) positioning a membrane on a front face of a shaping support , the membrane conforming to the shape of said front face , the membrane being held on the front face of the shaping support by suction so that said membrane matches the shape of the front face ; b) forming, by additive manufacturing, a holding structure adhering to a free face of the membrane shaped on the front face ; c) removing the shaping support so as to release the exchange element formed by the membrane and the holding structure , wherein the front face has, according to a plane perpendicular to said face and said transverse plane, a broken line profile which comprises troughs and crests , the troughs and the crests propagating in a direction, called the direction of elongation perpendicular to the transverse plane, according, respectively, to trough lines and crest lines , advantageously, the broken line profile has a triangle signal. a) positioning a membrane on a front face of a shaping support , the membrane conforming to the shape of said front face , the membrane being held on the front face of the shaping support by suction so that said membrane matches the shape of the front face ; b) forming, by additive manufacturing, a holding structure adhering to a free face of the membrane shaped on the front face ; c) removing the shaping support so as to release the exchange element formed by the membrane and the holding structure ,
A solid-state imaging element comprising a plurality of pixel blocks , each of the plurality of pixel blocks comprising: a plurality of photoelectric conversion elements each of which is configured to photoelectrically convert incident light to generate a first electric signal; a signal supply unit that is configured to supply the first electric signal of each of the plurality of photoelectric conversion elements of the pixel block to a connection node according to a predetermined control signal; a detection unit that is configured to detect whether or not a change amount of the sum of the first electric signals supplied to the connection node exceeds a predetermined threshold and to output a detection signal indicating a result of the detection; and a pixel signal generation unit that is configured to generate a pixel signal according to a second electric signal generated by each of the plurality of the photoelectric conversion elements of the pixel block , wherein the signal supply unit is configured to sequentially select the second electric signal of each of the plurality of photoelectric conversion elements to supply to the pixel signal generation unit in a case where the detection unit detects that the change amount of the sum of the first electric signals supplied to the connection node exceeds the predetermined threshold. a plurality of photoelectric conversion elements each of which is configured to photoelectrically convert incident light to generate a first electric signal; a signal supply unit that is configured to supply the first electric signal of each of the plurality of photoelectric conversion elements of the pixel block to a connection node according to a predetermined control signal; a detection unit that is configured to detect whether or not a change amount of the sum of the first electric signals supplied to the connection node exceeds a predetermined threshold and to output a detection signal indicating a result of the detection; and a pixel signal generation unit that is configured to generate a pixel signal according to a second electric signal generated by each of the plurality of the photoelectric conversion elements of the pixel block , wherein the signal supply unit is configured to sequentially select the second electric signal of each of the plurality of photoelectric conversion elements to supply to the pixel signal generation unit in a case where the detection unit detects that the change amount of the sum of the first electric signals supplied to the connection node exceeds the predetermined threshold.
A radiosensitizing agent for use in a method of cancer therapy, wherein the radiosensitizing agent increases the susceptibility of cancer cells to ionizing radiation, wherein the radiosensitizing agent specifically perturbs the process of chromosome segregation, inducing missegregation or specifically inhibits a second agent that promotes faithful chromosome segregation, the radiosensitizing agent thereby inducing numeric chromosome instability in the cells, wherein the radiosensitizing agent is administered simultaneously with or closely prior to or closely after irradiating the cells with a therapeutically effective dose and regimen of ionizing radiation, and wherein the radiosensitizing agent is selected from the group consisting of Kif2b inhibitors, MPS1 inhibitors, EgS/Kinesin-5 inhibitors, Polo-like kinase 4 inhibitors, MCAK inhibitors, Bubl inhibitors and Heel inhibitors.
A washer basket for dishwashers , wherein the washer basket has a lattice-like basket base and lateral walls and the lateral walls with the lattice-like basket base together surround a basket interior space of the washer basket and the basket base and/or the lateral walls has/have bearing surfaces on an underside of the washer basket , which bearing surfaces end in a bearing plane of the washer basket , wherein in at least one of the lateral walls there is formed at least one washing fluid deflection surface for deflecting a washing fluid jet , passing through the bearing plane , into the basket interior space and the washing fluid deflection surface extends between an inner wall portion of the lateral wall and an outer wall portion of the lateral wall , wherein the outer wall portion is arranged further outwards than the inner wall portion when viewed from the basket interior space , characterised in that the washing fluid deflection surface has at least one deflection surface region , which is arranged at an obtuse angle relative to an inner surface , facing the basket interior space , of the inner wall portion when viewed in a section plane parallel to the bearing plane , wherein this deflection region has a vertical extension of at least 5 mm, preferably of at least 10 mm, in a vertical direction perpendicular to the bearing plane and the obtuse angle lies in a range from 95° to 160°.
A station, STA, comprising: a transceiver (1020, 1040; 200); and logic, at least a portion of which is in hardware, the logic configured to: receive a beacon to indicate a schedule for transmission, by an access point, AP, of a set of sounding frames for frequency selective transmission channel estimation, by the STA, in a Wireless Fidelity, Wi-Fi, network, wherein the set of sounding frames are transmitted on a set of subchannels; receive, according to the schedule, the set of sounding frames transmitted by the AP on the set of subchannels; select a subchannel from the set of subchannels based on the received set of sounding frames; and send a power-saving poll, PS-Poll, frame to indicate the selected subchannel. a transceiver (1020, 1040; 200); and logic, at least a portion of which is in hardware, the logic configured to: receive a beacon to indicate a schedule for transmission, by an access point, AP, of a set of sounding frames for frequency selective transmission channel estimation, by the STA, in a Wireless Fidelity, Wi-Fi, network, wherein the set of sounding frames are transmitted on a set of subchannels; receive, according to the schedule, the set of sounding frames transmitted by the AP on the set of subchannels; select a subchannel from the set of subchannels based on the received set of sounding frames; and send a power-saving poll, PS-Poll, frame to indicate the selected subchannel. receive a beacon to indicate a schedule for transmission, by an access point, AP, of a set of sounding frames for frequency selective transmission channel estimation, by the STA, in a Wireless Fidelity, Wi-Fi, network, wherein the set of sounding frames are transmitted on a set of subchannels; receive, according to the schedule, the set of sounding frames transmitted by the AP on the set of subchannels; select a subchannel from the set of subchannels based on the received set of sounding frames; and send a power-saving poll, PS-Poll, frame to indicate the selected subchannel.
A wheeled vehicle comprising a chassis , wheels for movement on the ground of said chassis , a system for determining the speed of the vehicle , a memory for storing at least one setpoint speed, a control unit and an on board installation for disinfecting the wheels and the bottom of the chassis of the vehicle , said installation comprising a reservoir of disinfecting fluid, a pump for dispensing disinfecting fluid, and a circuit for dispensing fluid equipped at its outlet with nozzles , at least some of which are oriented toward the wheels of the vehicle , the vehicle comprising a pressurized fluid source , a so-called disinfecting operating mode that can be activated/deactivated and a manually actuated member for activating said operating mode, the fluid dispensing circuit being connected, by a first link on which said pump of the installation is arranged, to the disinfecting fluid reservoir and, by a second link equipped with a shutter member mounted so as to move between an open position and a closed position, to the pressurized fluid source , characterized in that the disinfecting operating mode is an operating mode that can be activated/deactivated based at least on data supplied by the system for determining the speed, and in that the control unit is configured so as, in the manually actuated state of the activating member , to control the activation of the disinfecting operating mode, when the speed of the vehicle is within a predefined range of setpoint speeds and in that the control member is configured so as, in the activated state of the disinfecting operating mode, to command the pump and the shutter member according to a disinfecting cycle comprising at least a first phase of actuating the pump to supply the fluid dispensing circuit with disinfecting fluid and a second phase of actuating the shutter member in the direction of opening of the second link to supply the fluid dispensing circuit , which is prefilled with disinfecting fluid, with pressurized fluid, this pressurized fluid serving as fluid for propelling the disinfecting fluid through the nozzles .
A casing for smoking and storing of food products, a casing being a multilayer film having at least one thermoplastic polyamide-containing layer and at least one adhesive layer, comprising functionalized predominantly hydrocarbonic (co)polymer, said functionalized predominantly hydrocarbonic (co)polymer comprising predominant total molar percentage of unsaturated hydrocarbon monomer units and having functional groups, able to react with at least one of groups, selected from primary amino group, carboxyl group and hydroxyl group, wherein every polyamide-containing layer is made of a composition comprising : a) 5 to 95% of at least one (co)polyamide and b) 95 to 5% of at least one polymer, selected from the list, consisting of water-insoluble at 20 °C but highly permeable to water vapor thermoplastic (co)polymers selected from thermoplastic cellulose esters, block-copolymers of aliphatic (co)polyester and aliphatic (co)polyether, block-copolymers of polyurethane and aliphatic (co)polyether, wherein repeating units of aliphatic (co)ether block comprise 2 to 4 carbon atoms, and also blends thereof; and water-soluble at 20 °C (co)polymers selected from polyvinyl alcohol, polyvinylpyrrolidone, polyoxazoline, cellulose ethers, water-soluble starch, modified starch, dextrin, and also blends thereof, wherein said casing is characterized by the water vapor transmission rate, measured according to DIN 53122 at 23°C and RH 85%, which is not more than 100 g /(m 2 day) and water vapor transmission rate, measured by a method that is analogous to the 'Desiccant Method' according to ASTM E96, but accomplished at ambient RH 100% and at the temperature 80°C, which is not less than 4000 g /(m 2 day). a) 5 to 95% of at least one (co)polyamide and b) 95 to 5% of at least one polymer, selected from the list, consisting of water-insoluble at 20 °C but highly permeable to water vapor thermoplastic (co)polymers selected from thermoplastic cellulose esters, block-copolymers of aliphatic (co)polyester and aliphatic (co)polyether, block-copolymers of polyurethane and aliphatic (co)polyether, wherein repeating units of aliphatic (co)ether block comprise 2 to 4 carbon atoms, and also blends thereof; and water-soluble at 20 °C (co)polymers selected from polyvinyl alcohol, polyvinylpyrrolidone, polyoxazoline, cellulose ethers, water-soluble starch, modified starch, dextrin, and also blends thereof, wherein said casing is characterized by the water vapor transmission rate, measured according to DIN 53122 at 23°C and RH 85%, which is not more than 100 g /(m 2 day) and water vapor transmission rate, measured by a method that is analogous to the 'Desiccant Method' according to ASTM E96, but accomplished at ambient RH 100% and at the temperature 80°C, which is not less than 4000 g /(m 2 day).