mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator comprising: a body having a storage compartment defined therein; a door for opening and closing the storage compartment ; a lifting member , which includes a handle and a first gear extending in a vertical direction and which is disposed at the door in a manner of being movable upward and downward; a second gear , which is disposed at the door so as to engage with the first gear ; a third gear which is disposed at the door so as to engage with the second gear ; and a pushing member , which is disposed at the door so as to be movable in forward and rearward directions and which includes a fourth gear engaging with the third gear ; the pushing member exerting external force on the body when the lifting member is lowered, wherein the second gear is positioned behind the lifting member , and the second gear is rotated by the first gear when the lifting member is lowered, so that a user is enabled to easily open the refrigerator door by pulling its handle downward while grasping the handle . a body having a storage compartment defined therein; a door for opening and closing the storage compartment ; a lifting member , which includes a handle and a first gear extending in a vertical direction and which is disposed at the door in a manner of being movable upward and downward; a second gear , which is disposed at the door so as to engage with the first gear ; a third gear which is disposed at the door so as to engage with the second gear ; and a pushing member , which is disposed at the door so as to be movable in forward and rearward directions and which includes a fourth gear engaging with the third gear ; the pushing member exerting external force on the body when the lifting member is lowered, wherein the second gear is positioned behind the lifting member , and the second gear is rotated by the first gear when the lifting member is lowered, so that a user is enabled to easily open the refrigerator door by pulling its handle downward while grasping the handle .
An adjustable illuminator for photodynamically diagnosing or treating a surface, comprising: a plurality of first panels , the plurality of first panels each having a width; at least one second panel , the at least one second panel having a width, wherein the width of the at least one second panel is less than each of the widths of the plurality of first panels ; and a plurality of light sources, each mounted to one of the plurality of first panels or the at least one second panel ; wherein the plurality of first panels and the at least one second panel are rotatably connected, and wherein the at least one second panel is connected on each of two lateral sides to one of the plurality of first panels , wherein the plurality of light sources are adapted to be configurable to vary the intensity of light being emitted from certain areas of the light sources such that the intensity of light is substantially uniformly irradiated over the treated surface, characterized in that the adjustable illuminator further comprises at least one sensor, wherein the at least one sensor is configured to detect a size and/or shape of the surface. a plurality of first panels , the plurality of first panels each having a width; at least one second panel , the at least one second panel having a width, wherein the width of the at least one second panel is less than each of the widths of the plurality of first panels ; and a plurality of light sources, each mounted to one of the plurality of first panels or the at least one second panel ; wherein the plurality of first panels and the at least one second panel are rotatably connected, and wherein the at least one second panel is connected on each of two lateral sides to one of the plurality of first panels , wherein the plurality of light sources are adapted to be configurable to vary the intensity of light being emitted from certain areas of the light sources such that the intensity of light is substantially uniformly irradiated over the treated surface, characterized in that the adjustable illuminator further comprises at least one sensor, wherein the at least one sensor is configured to detect a size and/or shape of the surface.
A track pad for a track type mobile machine having a sprocket and an idler wheel , the track pad comprising: a first link having a rail surface configured to engage the sprocket and the idler wheel ; a second link oriented generally parallel with the first link and having a rail surface configured to engage the sprocket and the idler wheel ; a ground engaging element connected to the first and second links at a side opposite the rail surfaces ; and a wear indicator formed within the rail surface of at least one of the first and second links . a first link having a rail surface configured to engage the sprocket and the idler wheel ; a second link oriented generally parallel with the first link and having a rail surface configured to engage the sprocket and the idler wheel ; a ground engaging element connected to the first and second links at a side opposite the rail surfaces ; and a wear indicator formed within the rail surface of at least one of the first and second links .
A heat exchanging device comprising: a regenerator that heats an absorbent by acquired external energy and generates a vapor refrigerant by evaporating a refrigerant from the absorbent; a condenser that generates a liquid refrigerant by cooling and liquefying the vapor refrigerant generated by the regenerator ; an evaporator that generates a vapor refrigerant by vaporizing the liquid refrigerant generated by the condenser and cools an object by heat of vaporization; an absorber that absorbs the vapor refrigerant generated by the evaporator into the absorbent; a plate-shaped structure that has a first surface and a second surface extending two-dimensionally and arranged on a front side and a rear side thereof, respectively, and has a predetermined thickness; and a first cover member that is disposed apart from the first surface to cover the first surface and sets a first space between the first surface and the first cover member , wherein the first space functions as at least one of the condenser and the absorber that dissipate heat from the first cover member and circulates the refrigerant and the absorbent, characterized by a second cover member that is disposed apart from the second surface to cover the second surface, and sets a second space between the second surface and the second cover member , wherein the second space functions as the evaporator , and the evaporator absorbs heat from the second cover member . a regenerator that heats an absorbent by acquired external energy and generates a vapor refrigerant by evaporating a refrigerant from the absorbent; a condenser that generates a liquid refrigerant by cooling and liquefying the vapor refrigerant generated by the regenerator ; an evaporator that generates a vapor refrigerant by vaporizing the liquid refrigerant generated by the condenser and cools an object by heat of vaporization; an absorber that absorbs the vapor refrigerant generated by the evaporator into the absorbent; a plate-shaped structure that has a first surface and a second surface extending two-dimensionally and arranged on a front side and a rear side thereof, respectively, and has a predetermined thickness; and a first cover member that is disposed apart from the first surface to cover the first surface and sets a first space between the first surface and the first cover member , wherein the first space functions as at least one of the condenser and the absorber that dissipate heat from the first cover member and circulates the refrigerant and the absorbent, characterized by a second cover member that is disposed apart from the second surface to cover the second surface, and sets a second space between the second surface and the second cover member , wherein the second space functions as the evaporator , and the evaporator absorbs heat from the second cover member .
Method for establishing a wireless connection between a first transmitter-receiver in a trailer vehicle with an electronic brake system on the one hand and at least one second transmitter-receiver outside of the trailer vehicle on the other hand, wherein the first transmitter-receiver is associated with an electronic control unit in the trailer vehicle , and wherein the trailer vehicle is coupled to a tractor vehicle and there is a wired connection by means of which signals can be transmitted from the tractor vehicle to the trailer vehicle , wherein the method has the following steps: a) in the tractor vehicle a trigger signal is generated and transmitted by cable to the control unit in the trailer vehicle , b) following the input of the trigger signal into the control unit of the trailer vehicle , the first transmitter-receiver establishes a provisional connection with the at least one second transmitter-receiver, c) the at least one second transmitter-receiver indicates the provisional connection or a different type of confirmation request by means of an output unit, d) if a signal arrives in the control unit in the trailer vehicle as an acknowledgement of the confirmation request within a defined time period, a continuous connection is established by the control unit between the first transmitter-receiver and the second transmitter-receiver. a) in the tractor vehicle a trigger signal is generated and transmitted by cable to the control unit in the trailer vehicle , b) following the input of the trigger signal into the control unit of the trailer vehicle , the first transmitter-receiver establishes a provisional connection with the at least one second transmitter-receiver, c) the at least one second transmitter-receiver indicates the provisional connection or a different type of confirmation request by means of an output unit, d) if a signal arrives in the control unit in the trailer vehicle as an acknowledgement of the confirmation request within a defined time period, a continuous connection is established by the control unit between the first transmitter-receiver and the second transmitter-receiver.
An in vitro method of enhancing production, infection, growth, spread, or titer of an interferon-sensitive virus in an immortalized cell, a cancer cell or a tumor cell, the method comprising: administering a compound of Formula (III), wherein R a and R b are each independently hydrogen; a linear, branched or cyclic, saturated or unsaturated alkyl, which is optionally substituted with one or more halogen, hydroxyl nitro or cyano; or absent; wherein when one of R a and R b is absent or is hydrogen, the other is present and is not hydrogen, to the immortalized, cancer or tumor cell before, concurrently with, or after infection of the immortalized, cancer or tumor cell with the interferon-sensitive virus. administering a compound of Formula (III), wherein R a and R b are each independently hydrogen; a linear, branched or cyclic, saturated or unsaturated alkyl, which is optionally substituted with one or more halogen, hydroxyl nitro or cyano; or absent; wherein when one of R a and R b is absent or is hydrogen, the other is present and is not hydrogen,
A method operating at a user equipment (UE) device configured to engage in an adaptive bitrate (ABR) streaming session via Dynamic Adaptive Streaming over HTTP (DASH), the method comprising: receiving one or more media presentation description documents (MPDs) with respect to a content program, each MPD having a segment template element that identifies one or more directory limit indicia, wherein the content program is segmented into a plurality of segments that are stored across multiple directories of a media server file system, the one or more directory limit indicia operating to indicate a maximum number of media segments stored in each directory; parsing the segment template element of the one or more MPDs; constructing resource locators based on the one or more directory limit indicia provided in the MPDs, the resource locators configured for accessing media segments of the content program from the multiple directories of the media server file system; and generating HTTP requests using the constructed resource locators to obtain media segments of the content program from the multiple directories of the media server file system . receiving one or more media presentation description documents (MPDs) with respect to a content program, each MPD having a segment template element that identifies one or more directory limit indicia, wherein the content program is segmented into a plurality of segments that are stored across multiple directories of a media server file system, the one or more directory limit indicia operating to indicate a maximum number of media segments stored in each directory; parsing the segment template element of the one or more MPDs; constructing resource locators based on the one or more directory limit indicia provided in the MPDs, the resource locators configured for accessing media segments of the content program from the multiple directories of the media server file system; and generating HTTP requests using the constructed resource locators to obtain media segments of the content program from the multiple directories of the media server file system .
A gel coat comprising co-cured urethane and vinyl ester or epoxy components, wherein (a) the urethane component is from 10 to 50 wt.% based on the amount of gel coat; and (b) the urethane component comprises urethane reactants, and the vinyl ester or epoxy components comprise vinyl ester or epoxy reactants, wherein the urethane reactants and the vinyl ester or epoxy reactants are combined under conditions effective to concurrently cure both the urethane component and the vinyl ester or epoxy component in the same cure cycle to form the gel coat. (a) the urethane component is from 10 to 50 wt.% based on the amount of gel coat; and (b) the urethane component comprises urethane reactants, and the vinyl ester or epoxy components comprise vinyl ester or epoxy reactants, wherein the urethane reactants and the vinyl ester or epoxy reactants are combined under conditions effective to concurrently cure both the urethane component and the vinyl ester or epoxy component in the same cure cycle to form the gel coat.
A method of driving an element of an active matrix electro-wetting on dielectric (AM-EWOD) device, the AM-EWOD element having an element electrode and a reference electrode , the method comprising: applying a first alternating voltage (V2) to the reference electrode ; and addressing the element electrode by, in dependence on a data value for the element stored in a memory element of an array element circuit, any one of (i) applying, when the stored data value is a data "1", a second alternating voltage (V1) that has the same frequency as the first alternating voltage and that is between 90° and 270° out of-phase with the first alternating voltage to thereby put the element in an actuated state wherein a voltage difference between the element electrode and the reference electrode is equal to or greater than a threshold voltage required to effect a droplet operation and (ii) holding, when the stored data value is a data "0", the element electrode in a high impedance state such that the voltage difference between the element electrode and the reference electrode is below the threshold voltage to thereby put the element in a non-actuated state. applying a first alternating voltage (V2) to the reference electrode ; and addressing the element electrode by, in dependence on a data value for the element stored in a memory element of an array element circuit, any one of (i) applying, when the stored data value is a data "1", a second alternating voltage (V1) that has the same frequency as the first alternating voltage and that is between 90° and 270° out of-phase with the first alternating voltage to thereby put the element in an actuated state wherein a voltage difference between the element electrode and the reference electrode is equal to or greater than a threshold voltage required to effect a droplet operation and (ii) holding, when the stored data value is a data "0", the element electrode in a high impedance state such that the voltage difference between the element electrode and the reference electrode is below the threshold voltage to thereby put the element in a non-actuated state.
A method for wireless communications at a user equipment, UE (115-b), comprising: monitoring control channel elements in a control resource set in accordance with at least one of a maximum number of physical downlink control channel, PDCCH, candidates per span within a slot or a maximum number of non-overlapping control channel elements per span within the slot; identifying a dropping rule for the UE to drop control channel element monitoring occasions or PDCCH candidates in excess of the maximum number of non-overlapping control channel elements per span or the maximum number of PDCCH candidates per span, respectively; and applying the dropping rule to fewer than all spans within the slot, wherein the method further comprises: determining a fixed span within the slot in which the UE is to apply the dropping rule, wherein applying the dropping rule to fewer than all of the spans within the slot comprises: dropping one or more control channel element monitoring occasions or one or more PDCCH candidates for the fixed span. monitoring control channel elements in a control resource set in accordance with at least one of a maximum number of physical downlink control channel, PDCCH, candidates per span within a slot or a maximum number of non-overlapping control channel elements per span within the slot; identifying a dropping rule for the UE to drop control channel element monitoring occasions or PDCCH candidates in excess of the maximum number of non-overlapping control channel elements per span or the maximum number of PDCCH candidates per span, respectively; and applying the dropping rule to fewer than all spans within the slot, wherein the method further comprises: determining a fixed span within the slot in which the UE is to apply the dropping rule, wherein applying the dropping rule to fewer than all of the spans within the slot comprises: dropping one or more control channel element monitoring occasions or one or more PDCCH candidates for the fixed span.
Industrial truck , in particular a reach truck , having two wheels arranged at a distance from each other in the vehicle transverse direction (Q) and a third wheel arranged at a distance from the two wheels in the vehicle longitudinal direction (L), wherein, laterally beside the third wheel , the industrial truck has at least one supporting element arranged to be adjustable in height in the vertical direction (V), which is adjustable in the vertical direction (V) by means of an actuating drive between a raised position and a lowered supporting position on a vehicle frame of the industrial truck , wherein, in the lowered supporting position, the industrial truck can be supported on a roadway (FB) by using the supporting element , wherein the actuating drive is operatively connected by means of a coupling rod mechanism to the supporting element for the actuation of the latter, characterized in that the coupling rod mechanism is supported on a support element which is adjustable in the vertical direction (V) and which, when the supporting element is lowered onto the roadway (FB), permits further actuation of the actuating drive and of the coupling rod mechanism .
A temporary aortic valve apparatus comprising: a catheter shaft adapted to be advanced through a vasculature of a patient for placement within an aorta of the patient; and a flexible occluding membrane having a lateral side coupled to the catheter shaft and adapted to alternate between an expanded occluding configuration and a collapsed lesser occluding configuration in the aorta in synchrony with ventricular diastole and systole. a catheter shaft adapted to be advanced through a vasculature of a patient for placement within an aorta of the patient; and a flexible occluding membrane having a lateral side coupled to the catheter shaft and adapted to alternate between an expanded occluding configuration and a collapsed lesser occluding configuration in the aorta in synchrony with ventricular diastole and systole.
An inhalation device controller configured to control an atomizer including a container configured to hold an aerosol source of a liquid, a heater , and a transport portion configured to transport the aerosol source from the container to a heating area by the heater, wherein the controller comprises: a voltage generation circuit configured to generate power to be supplied to the atomizer; and a control circuit configured to monitor a voltage at a first terminal of the heater and configured to control the power to be supplied to the atomizer such that the voltage under monitoring approaches a target value, wherein the target value is set such that the temperature of the heater during heating of the aerosol source falls within a range of 210°C to 230°C, characterized in that the control circuit includes: a first resistor and a first transistor, which are connected in series to the first terminal of the heater; a second resistor and a second transistor, which are connected in series to the first terminal of the heater; a first comparator including a noninverting input terminal to which the target value is supplied, and an inverting input terminal connected to the first terminal of the heater; a second comparator including a noninverting input terminal connected to the first terminal of the heater, and an inverting input terminal to which the target value is supplied, a resistance value of the second resistor is higher than a resistance value of the first resistor, an output of the first comparator is supplied to a control terminal of the first transistor, and an output of the second comparator is supplied to a control terminal of the second transistor.
Motor vehicle , comprising - a position capturing device for capturing positional information describing the position of a mobile end device , in particular a mobile telephone, assigned or able to be assigned to an occupant (I) of the motor vehicle , within the motor vehicle , wherein - a control device communicating with the position capturing device as well as with vehicle systems of the motor vehicle by means of which, depending on the positional information, a setting of at least one operational parameter of at least one vehicle system can be undertaken, said setting transmitted by the mobile end device and taking place concerning the region within the motor vehicle described by the positional information and located, characterised in that - the position capturing device is configured to determine the positional information on basis of image data captured with a camera of the mobile end device and representing the interior or a part of the interior of the motor vehicle , which image data permit conclusions regarding the position of the occupant (I) and/or of the mobile end device . - a position capturing device for capturing positional information describing the position of a mobile end device , in particular a mobile telephone, assigned or able to be assigned to an occupant (I) of the motor vehicle , within the motor vehicle , wherein - a control device communicating with the position capturing device as well as with vehicle systems of the motor vehicle by means of which, depending on the positional information, a setting of at least one operational parameter of at least one vehicle system can be undertaken, said setting transmitted by the mobile end device and taking place concerning the region within the motor vehicle described by the positional information and located, characterised in that - the position capturing device is configured to determine the positional information on basis of image data captured with a camera of the mobile end device and representing the interior or a part of the interior of the motor vehicle , which image data permit conclusions regarding the position of the occupant (I) and/or of the mobile end device .