mhurhangee/patent-ind-claim-en huggingface dataset:
An energy storage module comprising: one or more cells ; a body having a first wall and a second wall arranged transversely to the first wall , the first wall and the second wall running parallel to an axis (Y); and a cavity in the body containing said one or more cells , the cavity being at least partially defined by the first wall and the second wall ; wherein the first wall includes first and second heat conducting layers to form a first heat dissipating path in a first direction (Z) which extends transverse to the axis (Y); and the second wall includes first and second heat insulating layers to form a heat conduction barrier for preventing heat dissipation in a second direction (X) that extends transverse to the first direction (Z) and the axis (Y); wherein the body is configured to promote heat dissipation in a third direction (Y) which extends parallel to the axis (Y); and characterised in that the body includes a heat conducting connector for connecting said one or more cells to the first heat conducting layer thereby forming a second heat dissipation path that at least partially extends in the third direction (Y).. one or more cells ; a body having a first wall and a second wall arranged transversely to the first wall , the first wall and the second wall running parallel to an axis (Y); and a cavity in the body containing said one or more cells , the cavity being at least partially defined by the first wall and the second wall ; wherein the first wall includes first and second heat conducting layers to form a first heat dissipating path in a first direction (Z) which extends transverse to the axis (Y); and the second wall includes first and second heat insulating layers to form a heat conduction barrier for preventing heat dissipation in a second direction (X) that extends transverse to the first direction (Z) and the axis (Y); wherein the body is configured to promote heat dissipation in a third direction (Y) which extends parallel to the axis (Y); and characterised in that the body includes a heat conducting connector for connecting said one or more cells to the first heat conducting layer thereby forming a second heat dissipation path that at least partially extends in the third direction (Y)..
An implantable medical device including a stented structure formed of a plurality of stent sections coupled together by one or more coupling elements , the coupled stent sections extending in at least one longitudinal direction, the or at least one of the coupling elements being hinged to allow for said coupled stent sections to pivot around the hinge so as to flex the stented structure in said longitudinal direction; wherein the stented structure is made of shape memory material having a first transition temperature, wherein the hinge or hinges are formed by heat treated zones having a transition temperature higher than the first transition temperature and above normal body temperature so as to remain in the martensitic state when the device is in a patient and thus provide zones of increased flexibility within the stent structure, and wherein the or each coupling element extends substantially in said at least one longitudinal direction of the medical device and substantially parallel to the longitudinal axis of the stented structure.
A method for controlling a hybrid drive system in a working machine , the system comprising: an internal combustion engine ; a torque converter having an input shaft operatively coupled to the engine and an output shaft operatively coupled to a gearbox ; an energy storage system coupled to the gearbox for providing power to a drive shaft of the vehicle via the gearbox, said drive shaft being operatively coupled to propulsion means of the working machine; and work hydraulics operatively connected to the engine; the method comprising: determining (S1) a requested power for vehicle propulsion; determining (S2) an available amount of energy in the energy storage system, the method being characterized by ; determining (S3), based on a predetermined amount of energy to be provided from the energy storage system for vehicle propulsion, a torque converter slip, and determining (S4) an engine speed based on the torque converter slip such that the power provided by the engine combined with the power provided by the energy storage system equals the requested power for vehicle propulsion. an internal combustion engine ; a torque converter having an input shaft operatively coupled to the engine and an output shaft operatively coupled to a gearbox ; an energy storage system coupled to the gearbox for providing power to a drive shaft of the vehicle via the gearbox, said drive shaft being operatively coupled to propulsion means of the working machine; and work hydraulics operatively connected to the engine; the method comprising: determining (S1) a requested power for vehicle propulsion; determining (S2) an available amount of energy in the energy storage system, the method being characterized by ; determining (S3), based on a predetermined amount of energy to be provided from the energy storage system for vehicle propulsion, a torque converter slip, and determining (S4) an engine speed based on the torque converter slip such that the power provided by the engine combined with the power provided by the energy storage system equals the requested power for vehicle propulsion. determining (S1) a requested power for vehicle propulsion; determining (S2) an available amount of energy in the energy storage system, the method being characterized by ; determining (S3), based on a predetermined amount of energy to be provided from the energy storage system for vehicle propulsion, a torque converter slip, and determining (S4) an engine speed based on the torque converter slip such that the power provided by the engine combined with the power provided by the energy storage system equals the requested power for vehicle propulsion.
A tape cartridge comprising: a casing ; and a tape roll which is a winding of a tape and is accommodated in the casing; the tape comprising: a first sheet in a form of an elongated sheet-like shape having a first surface and a second surface opposite to the first surface, the first sheet having translucency; and a second sheet in a form of an elongated sheet-like shape and affixed to the first surface of the first sheet , the second sheet including a label portion and a non-label portion segmented from each other by a cut line , the second sheet having translucency, the second surface of the first sheet being provided with a mark at a position adjacent to the cut line . a casing ; and a tape roll which is a winding of a tape and is accommodated in the casing; the tape comprising: a first sheet in a form of an elongated sheet-like shape having a first surface and a second surface opposite to the first surface, the first sheet having translucency; and a second sheet in a form of an elongated sheet-like shape and affixed to the first surface of the first sheet , the second sheet including a label portion and a non-label portion segmented from each other by a cut line , the second sheet having translucency, the second surface of the first sheet being provided with a mark at a position adjacent to the cut line . a first sheet in a form of an elongated sheet-like shape having a first surface and a second surface opposite to the first surface, the first sheet having translucency; and a second sheet in a form of an elongated sheet-like shape and affixed to the first surface of the first sheet , the second sheet including a label portion and a non-label portion segmented from each other by a cut line , the second sheet having translucency, the second surface of the first sheet being provided with a mark at a position adjacent to the cut line .
Adjusting device for adjusting a reticle means of a telescopic sight, which can be arranged in a housing of the reticle means, wherein an adjustment direction is converted into a translatory movement by means of two adjusting caps as adjusting drives via rotary movements of the adjusting caps taking place in detent steps, and wherein one of the two adjusting caps is provided with a fine adjustment and the other adjusting cap is provided with a coarse adjustment, wherein the adjustment device can be connected to the housing of the reticle via an annular fastening saddle , which can be connected to one of the two adjusting caps , wherein the two adjusting caps can be rotated independently of one another by means of a driver drive and a central drive spindle , and wherein a set scale position of one adjusting cap (1 or 2) remains unchanged by the actuation of the other adjusting cap, characterized in that , for transmitting the rotary movements of the two adjusting caps , a threaded sleeve is connected to the central drive spindle , wherein for the division of the adjustment function into coarse drive and fine drive the threaded sleeve is provided with an internal thread for the coarse adjustment and an external thread for the fine adjustment, wherein the internal thread and the external thread have different pitches, and wherein, when the adjusting cap for the coarse adjustment is actuated, the drive spindle for decoupling the two adjusting caps is designed in such a way that only a rotational movement results.
A ventilation device control apparatus comprising: an image acquisition unit configured to acquire a captured image from an image capturing device that captures an image of a target space (S); a first calculation unit configured to calculate a metabolic rate equivalent amount of a person in the target space, based on the captured image acquired by the image acquisition unit; and a ventilation control unit configured to adjust a ventilation volume of the target space by a ventilation device that ventilates the target space, based on the metabolic rate equivalent amount calculated by the first calculation unit, characterized in that , the ventilation control unit is configured to calculate a standard ventilation volume based on a current metabolic rate equivalent amount, to compare the current metabolic rate equivalent amount with a previous metabolic rate equivalent amount of a previous time and to adjust the ventilation volume of the target space by the ventilation device, so that the ventilation volume of the target space becomes larger than the standard ventilation volume in a case where a comparing result shows a tendency to increase, and the ventilation volume of the target space becomes smaller than the standard ventilation volume in a case where the comparing result shows a tendency to decrease. an image acquisition unit configured to acquire a captured image from an image capturing device that captures an image of a target space (S); a first calculation unit configured to calculate a metabolic rate equivalent amount of a person in the target space, based on the captured image acquired by the image acquisition unit; and a ventilation control unit configured to adjust a ventilation volume of the target space by a ventilation device that ventilates the target space, based on the metabolic rate equivalent amount calculated by the first calculation unit,
Device for displaying a virtual image (VB), comprising a picture-generating unit and an optical waveguide having interfaces at which total internal reflection occurs, at least one of the interfaces of the widening optical waveguide being a curved surface, characterized in that the device has a glare shield , the interfaces concentrating light that is incident in parallel fashion on a region in which the glare shield is arranged, and in that the optical waveguide has a plurality of optical waveguides (5201, 5202, ..., 520n) which widen in a first direction (y, x) and each have an input-coupling region (5311, 5312, ..., 531n), which are arranged parallel to one another and by means of which an image to be displayed is constructed in lines.
A method for producing a syngas containing H 2 and CO, wherein coke oven gas from a coke oven process is separated into hydrogen and a residual gas stream containing hydrocarbons, wherein the hydrogen separated from the coke oven gas is fed to a CO-rich syngas stream obtained from the top gas of a blast furnace process, and wherein the residual gas stream containing the hydrocarbons is recirculated into the blast furnace process as feedstock.
A Staphylococcus lysin, wherein the amino acid sequence of said lysin is shown in SEQ.ID.NO.2.
A load carrier , in particular a bicycle carrier, for a vehicle, with a base that is to be attached at the vehicle and a carrying device that is held at the base and has at least one reception area for a load, in particular a bicycle, wherein the base and the carrying device are connected to each other via at least one sliding guide that provides a sliding path and that is embodied and arranged in such a manner that, by means of the at least one sliding guide , the carrying device can be displaced relative to the base from a first retracted end position into a second extended end position in particular linearly, wherein the at least one sliding guide comprises two sliding elements that are mounted at each other in particular in a linearly displaceable manner, and that a locking device is provided by means of which the at least one sliding guide can be locked in the retracted end position, characterized by the locking device comprising at least one locking bolt that is held at one of the two sliding elements so as to be movable between a blocked position and a release position, and by the locking bolt being pre-loaded in the direction of the blocked position, wherein a mechanism is provided which is automatically activated as the locking bolt is being transferred from the blocked position into the release position and which holds the locking bolt in the release position, so that the sliding elements can be freely displaced with respect to one another, and which, as the carrying device is being moved into the first retracted end position, automatically releases the locking bolt either shortly before or upon reaching the retracted end position, so that the locking bolt is moved into the blocking position and locking takes place.
A dental system , comprising: (a) a dental prophylaxis angle ; (b) a dental handpiece ; and (c) a dental device adapter system , characterized in that the dental device adapter system comprises: (i) a first adapter configured to detachably engage the dental prophylaxis angle having a first geometry and a first rotatable component ; and (ii) a second adapter configured to detachably engage the dental handpiece having a second geometry and a second rotatable component; and wherein the first adapter being engaged with the dental prophylaxis angle and the second adapter being engaged with the dental handpiece permits rotation of the second rotatable component to rotate the first rotatable component when the first adapter and the second adapter are releasably secured to one another at an interface, and whereby each adapter is capable of connecting a dental prophylaxis angle a dental handpiece , and wherein the adapter system further comprising a third adapter configured to engage the first adapter and the second adapter , wherein third adapter being engaged with the first adapter and the second adapter permits rotation of the second rotatable component to rotate the first rotatable component. (a) a dental prophylaxis angle ; (b) a dental handpiece ; and (c) a dental device adapter system , (i) a first adapter configured to detachably engage the dental prophylaxis angle having a first geometry and a first rotatable component ; and (ii) a second adapter configured to detachably engage the dental handpiece having a second geometry and a second rotatable component; and wherein the first adapter being engaged with the dental prophylaxis angle and the second adapter being engaged with the dental handpiece permits rotation of the second rotatable component to rotate the first rotatable component when the first adapter and the second adapter are releasably secured to one another at an interface, and whereby each adapter is capable of connecting a dental prophylaxis angle a dental handpiece , and wherein the adapter system further comprising a third adapter configured to engage the first adapter and the second adapter , wherein third adapter being engaged with the first adapter and the second adapter permits rotation of the second rotatable component to rotate the first rotatable component.
Method for actuating an operator control apparatus for a motor vehicle (K), comprising an operator control element , wherein a spring-elastic element , which is arranged beneath the operator control element , is indirectly or directly moved and/or deformed by a piezo element in order to provide at least one item of haptic feedback to an operator during operation of the operator control element , characterized in that the spring-elastic element , when the piezo element is actuated, is moved in the direction of the operator control element and is brought into operative contact (W) with the said operator control element in such a way that the spring-elastic element is moved from a stable starting position to an unstable deformation position when the operator control element is operated and the spring-elastic element automatically returns from the deformation position back to the starting position when the operator control element is released, wherein an item of haptic feedback is generated by the spring-elastic element each time a changeover is made from the starting position to the deformation position, and vice versa.
A polyester-based film for laminating a metal plate constituted by two layers of Layer A and Layer B, wherein a resin constituting Layer A is a polyester-based resin having a total content of ethylene terephthalate units and diethylene terephthalate units of not less than 95% by mol and not more than 98% by mol, in 100% by mol of total constituent units of the polyester, the resin constituting Layer A comprises not less than 2% by mol and riot more than 5% by mol of ethylene isophthalate units, in 100% by mol of the total constituent units of the polyester, and a resin constituting Layer B comprises 80 to 100% by mass of a polyester-based resin (B1) having ethylene terephthalate units of not less than 80% by mol, in 100% by mol of the total constituent units of the polyester, and 0 to 20% by mass of a polyester-based resin (B2) having composition different from composition of the polyester-based resin (B1), and Layer B is used as a layer to be laminated on the metal plate side, the total thicknesses of Layer A and Layer B is not less than 10 μm and not more than 25 μm, and Layer A and Layer B has a thickness ratio from 85:15 to 95:5.
1. A pouch forming apparatus comprising: a die in which a forming space is formed to be recessed inward from a top surface thereof; a partition wall partitioning the forming space into first and second forming spaces; a stripper disposed above the die and descending to contact the die with the pouch film therebetween to fix the pouch film when the pouch film is seated on a top surface of the die; and an electromagnetic force generation part disposed above the forming space and generating electromagnetic force to apply the electromagnetic force to the forming space, wherein the electromagnetic force generation part is disposed above the first forming space , and the electromagnetic force generation part applies the electromagnetic force to the first forming space and then is moved to above the second forming space . a die in which a forming space is formed to be recessed inward from a top surface thereof; a partition wall partitioning the forming space into first and second forming spaces; a stripper disposed above the die and descending to contact the die with the pouch film therebetween to fix the pouch film when the pouch film is seated on a top surface of the die; and an electromagnetic force generation part disposed above the forming space and generating electromagnetic force to apply the electromagnetic force to the forming space, wherein the electromagnetic force generation part is disposed above the first forming space , and the electromagnetic force generation part applies the electromagnetic force to the first forming space and then is moved to above the second forming space .
A method for transmitting data performed by a serving base station, BS , of a wireless communication system comprising the serving BS, a neighboring BS and a user equipment, UE, the method comprising: receiving , by the serving BS, control information representing a second resource allocated for transmission of a cell-specific reference signal, CRS, from the neighboring BS transmitting the CRS; transmitting, by the serving BS, the control information to the UE ; allocating , by the serving BS, a first resource for transmission of the data, based on the received control information, and the second resource being not available for the transmission of the data, the first resource being allocated among available resources other than the second resource; determining a power compensation value as a power boosting value for increasing the power of the data transmission using the first resource; and transmitting , by the serving BS, the data to the UE by using the first resource with an increased power value determined based on the power compensation value, wherein the power compensation value is determined based on a performance of the UE and a channel condition, and wherein the power compensation value is provided from the serving BS to the UE. receiving , by the serving BS, control information representing a second resource allocated for transmission of a cell-specific reference signal, CRS, from the neighboring BS transmitting the CRS; transmitting, by the serving BS, the control information to the UE ; allocating , by the serving BS, a first resource for transmission of the data, based on the received control information, and the second resource being not available for the transmission of the data, the first resource being allocated among available resources other than the second resource; determining a power compensation value as a power boosting value for increasing the power of the data transmission using the first resource; and transmitting , by the serving BS, the data to the UE by using the first resource with an increased power value determined based on the power compensation value, wherein the power compensation value is determined based on a performance of the UE and a channel condition, and wherein the power compensation value is provided from the serving BS to the UE.