mhurhangee/patent-ind-claim-en huggingface dataset:
A control system for a vehicle including an engine having a plurality of cylinders, a catalyst provided in an exhaust pipe of the engine, and an automatic transmission that transmits power from the engine toward driving wheels, the control system comprising a fuel injection device , a throttle valve and an electronic control unit configured to: (i) perform torque down control to reduce torque of the engine by cutting off fuel supply to at least one of the cylinders of the engine during an inertia phase of a power-on upshift, (ii) perform a control for setting the throttle opening during execution of the torque down control, when an amount of nitrogen oxides deposited on the catalyst is larger than a given value, the control for setting the throttle opening including any one of the following: (a) setting the throttle opening to be smaller than a first value by a reduction degree, the first value being a throttle opening before the execution of the torque down control, and (b) setting the throttle opening to be smaller than a second value by the reduction degree, the second value being an increased throttle opening which is increased to compensate for at least a part of a torque reduction amount due to the torque down control fuel cut-off, by means of combustion in a cylinder to which the fuel continues to be supplied; characterized in that the reduction degree during execution of the torque down control is larger as an amount of nitrogen oxides deposited on the catalyst is larger. (i) perform torque down control to reduce torque of the engine by cutting off fuel supply to at least one of the cylinders of the engine during an inertia phase of a power-on upshift, (ii) perform a control for setting the throttle opening during execution of the torque down control, when an amount of nitrogen oxides deposited on the catalyst is larger than a given value, the control for setting the throttle opening including any one of the following: (a) setting the throttle opening to be smaller than a first value by a reduction degree, the first value being a throttle opening before the execution of the torque down control, and (b) setting the throttle opening to be smaller than a second value by the reduction degree, the second value being an increased throttle opening which is increased to compensate for at least a part of a torque reduction amount due to the torque down control fuel cut-off, by means of combustion in a cylinder to which the fuel continues to be supplied; (a) setting the throttle opening to be smaller than a first value by a reduction degree, the first value being a throttle opening before the execution of the torque down control, and (b) setting the throttle opening to be smaller than a second value by the reduction degree, the second value being an increased throttle opening which is increased to compensate for at least a part of a torque reduction amount due to the torque down control fuel cut-off, by means of combustion in a cylinder to which the fuel continues to be supplied;
A luminaire comprising: - a housing comprising an electrically nonconductive portion ; - a light source arranged in the housing ; - a light drive and control assembly configured for driving said light source ; - a communication assembly arranged in the housing , the communication assembly comprising: - an antenna arranged and configured for receiving and/or transmitting communication signals through the electrically nonconductive portion ; - wherein the electrically nonconductive portion through which the signals are transmitted or received is connected in a socket-free manner with the rest of the housing ; - characterized in that the communication assembly comprises: - a support substrate , and - communication circuitry mounted on said support substrate and configured for treating signals received by the antenna , and for communicating those signals to the light drive and control assembly , and for treating signals to be transmitted by the antenna ; and - by further comprising a connecting assembly between the communication assembly and the light drive and control assembly , wherein the connecting assembly comprises a dongle configured to be plugged in a slot of the light drive and control assembly . - a housing comprising an electrically nonconductive portion ; - a light source arranged in the housing ; - a light drive and control assembly configured for driving said light source ; - a communication assembly arranged in the housing , the communication assembly comprising: - an antenna arranged and configured for receiving and/or transmitting communication signals through the electrically nonconductive portion ; - an antenna arranged and configured for receiving and/or transmitting communication signals through the electrically nonconductive portion ; - wherein the electrically nonconductive portion through which the signals are transmitted or received is connected in a socket-free manner with the rest of the housing ; - characterized in that the communication assembly comprises: - a support substrate , and - communication circuitry mounted on said support substrate and configured for treating signals received by the antenna , and for communicating those signals to the light drive and control assembly , and for treating signals to be transmitted by the antenna ; and - a support substrate , and - communication circuitry mounted on said support substrate and configured for treating signals received by the antenna , and for communicating those signals to the light drive and control assembly , and for treating signals to be transmitted by the antenna ; and - by further comprising a connecting assembly between the communication assembly and the light drive and control assembly , wherein the connecting assembly comprises a dongle configured to be plugged in a slot of the light drive and control assembly .
A stackable container , in particular a container for liquids that tapers from an open side towards the bottom opposite the open side , wherein the container includes a first bulge as well as at least one additional second bulge on a lateral side with respect to the opening of the container , wherein the first bulge and the at least second bulge are formed towards the inside of the container, and wherein in particular the first bulge and the at least one second bulge are arranged such that when stacking with a second container according to the invention the second container according to the invention comes in contact with a surface of the first bulge facing the open side and a surface of the at least second bulge of the first container according to the invention facing the open side , characterized in that the first bulge includes a first interface for attaching an outlet fitting . wherein the container includes a first bulge as well as at least one additional second bulge on a lateral side with respect to the opening of the container , wherein the first bulge and the at least second bulge are formed towards the inside of the container, and wherein in particular the first bulge and the at least one second bulge are arranged such that when stacking with a second container according to the invention the second container according to the invention comes in contact with a surface of the first bulge facing the open side and a surface of the at least second bulge of the first container according to the invention facing the open side , characterized in that the first bulge includes a first interface for attaching an outlet fitting .
Lighting module with - an elongated housing module as a U-shaped or V-shaped profile that has a rear wall portion and side wall portions (12a, b) spaced by the rear wall portion as well as an open longitudinal portion formed between the side wall portions; - a LED-module with an elongated LED support and a multitude of LEDs electrically connected on the LED support and placed lengthwise on the LED support, wherein the LED module bears on the inner side of the rear wall portion of the housing module ; - an optical element , inserted into the open longitudinal portion of the housing module , that is received at least partially by the housing module and that is placed between the side portions (12a, b), as well as a support element operatively connected with the optical element for supporting the optical element in the housing module with a predetermined relative positioning to the LED module , characterized in that the support element has an elongated plate-shaped configuration and is supported by one of the side portions of the housing module as well as a multitude of resiliently deflectable elements that are spaced in the longitudinal direction that respectively bear resiliently on the optical element for fixing the relative position of the optical element to the support element or to the housing module. - an elongated housing module as a U-shaped or V-shaped profile that has a rear wall portion and side wall portions (12a, b) spaced by the rear wall portion as well as an open longitudinal portion formed between the side wall portions; - a LED-module with an elongated LED support and a multitude of LEDs electrically connected on the LED support and placed lengthwise on the LED support, wherein the LED module bears on the inner side of the rear wall portion of the housing module ; - an optical element , inserted into the open longitudinal portion of the housing module , that is received at least partially by the housing module and that is placed between the side portions (12a, b), as well as a support element operatively connected with the optical element for supporting the optical element in the housing module with a predetermined relative positioning to the LED module , characterized in that the support element has an elongated plate-shaped configuration and is supported by one of the side portions of the housing module as well as a multitude of resiliently deflectable elements that are spaced in the longitudinal direction that respectively bear resiliently on the optical element for fixing the relative position of the optical element to the support element or to the housing module.
An industrial labelling machine or an industrial printer, comprising: a housing suitable for positioning at any one of a plurality orientations; a display , wherein the display is mounted to the housing such that rotation of the display with respect to the housing is restricted; and a processor arranged to execute instructions stored in a memory, the instructions being arranged to cause the processor to: cause a user interface to be displayed on the display, the user interface comprising at least one corner element , the at least one corner element positioned at one of a plurality of corner portions of the display and having a centre point, characterised in that the instructions are arranged to cause the processor to: receive an indication of a rotation amount from a rotation input, rotate the at least one corner element about the centre point by the rotation amount in a rotation direction, and if the rotation amount is greater than a first predetermined limit, move the at least one corner element to a different one of the plurality of corner portions of the display. a housing suitable for positioning at any one of a plurality orientations; a display , wherein the display is mounted to the housing such that rotation of the display with respect to the housing is restricted; and a processor arranged to execute instructions stored in a memory, the instructions being arranged to cause the processor to: cause a user interface to be displayed on the display, the user interface comprising at least one corner element , the at least one corner element positioned at one of a plurality of corner portions of the display and having a centre point, characterised in that the instructions are arranged to cause the processor to: receive an indication of a rotation amount from a rotation input, rotate the at least one corner element about the centre point by the rotation amount in a rotation direction, and if the rotation amount is greater than a first predetermined limit, move the at least one corner element to a different one of the plurality of corner portions of the display. receive an indication of a rotation amount from a rotation input, rotate the at least one corner element about the centre point by the rotation amount in a rotation direction, and if the rotation amount is greater than a first predetermined limit, move the at least one corner element to a different one of the plurality of corner portions of the display.
Holding plate for a fuel cell, intended to hold an electrode membrane assembly of an electrochemical cell whose electrodes comprise a diffusion layer , comprising: ∘ a network of distribution channels situated on a face intended to be in contact with the diffusion layer of one of the electrodes, and intended to distribute a reactive gas to said electrode, the distribution channels being separated pairwise by a separating rib intended to be in contact with said diffusion layer ; ∘ in at least a longitudinal part (Z 1 , Z 2 ) of the distribution network, a plurality of partial blocking elements , distinct from one another, • situated in each of the distribution channels of the network, suitable for inducing therein a local reduction of a reactive gas flow cross section, and disposed longitudinally substantially periodically, • the partial blocking elements of each distribution channel being arranged so as to exhibit a longitudinal offset (ΔL b ) with those of the adjacent distribution channels , characterized in that ∘ in at least said longitudinal part (Z 1 , Z 2 ) of the distribution network, the separating ribs each comprise a plurality of transverse recesses distinct from one another and arranged so as to exhibit a longitudinal offset (ΔL d ) with the partial blocking elements of the adjacent distribution channels . ∘ a network of distribution channels situated on a face intended to be in contact with the diffusion layer of one of the electrodes, and intended to distribute a reactive gas to said electrode, the distribution channels being separated pairwise by a separating rib intended to be in contact with said diffusion layer ; ∘ in at least a longitudinal part (Z 1 , Z 2 ) of the distribution network, a plurality of partial blocking elements , distinct from one another, • situated in each of the distribution channels of the network, suitable for inducing therein a local reduction of a reactive gas flow cross section, and disposed longitudinally substantially periodically, • the partial blocking elements of each distribution channel being arranged so as to exhibit a longitudinal offset (ΔL b ) with those of the adjacent distribution channels , • situated in each of the distribution channels of the network, suitable for inducing therein a local reduction of a reactive gas flow cross section, and disposed longitudinally substantially periodically, • the partial blocking elements of each distribution channel being arranged so as to exhibit a longitudinal offset (ΔL b ) with those of the adjacent distribution channels , ∘ in at least said longitudinal part (Z 1 , Z 2 ) of the distribution network, the separating ribs each comprise a plurality of transverse recesses distinct from one another and arranged so as to exhibit a longitudinal offset (ΔL d ) with the partial blocking elements of the adjacent distribution channels .
A method of transmitting a device-to-device (D2D) link signal at a user equipment, UE , in a wireless communication system, the method comprising: determining a representative pathloss from a D2D cluster including a plurality of base stations; calculating a transmission power for the D2D link signal according to the representative pathloss; and transmitting the D2D link signal to at least one target UE according to the calculated transmission power for the D2D link signal, wherein the representative pathloss is determined as an arithmetic mean of downlink pathlosses from the plurality of base stations, wherein the transmission power for the D2D link signal decreases as the representative pathloss increases, if the representative pathloss is less than a first value, wherein the transmission power for the D2D link signal increases as the representative pathloss increases, if the representative pathloss is greater than the first value. determining a representative pathloss from a D2D cluster including a plurality of base stations; calculating a transmission power for the D2D link signal according to the representative pathloss; and transmitting the D2D link signal to at least one target UE according to the calculated transmission power for the D2D link signal, wherein the representative pathloss is determined as an arithmetic mean of downlink pathlosses from the plurality of base stations, wherein the transmission power for the D2D link signal decreases as the representative pathloss increases, if the representative pathloss is less than a first value, wherein the transmission power for the D2D link signal increases as the representative pathloss increases, if the representative pathloss is greater than the first value.
Offshore structure which comprises a wind power installation, having a transformer which comprises a housing (1.1) which is filled with an insulating liquid (1.5), further comprising an expansion vessel system whose inner volume comprises a gas cushion , wherein the housing (1.1) is connected to the expansion vessel system via a pipeline (5, 5.1, 5.5), wherein housing (1.1), pipeline (5, 5.1, 5.5) and expansion vessel system form a pressure-tight, hermetically sealed unit, and wherein at least part of the gas cushion is arranged below the sea level and the transformer is arranged above the sea level .
Method for the composition of fibre/plastics composites, comprising the steps of: - providing a semi-finished product in a supply device , - feeding the semi-finished product to an application device , - heating the semi-finished product by means of a heating device such that a local phase change of the semi-finished product into an at least partially plastic state is induced, - performing a relative movement between the application device and an application region , and - applying the semi-finished product , in a manner variable in terms of direction and position, to the application region by means of the application device while the relative movement between the application device and the application region is being performed, wherein the relative movement between the application device and the application region is performed at a tool centre point velocity (vTCP) of greater than or equal to 0.5 m/s. - providing a semi-finished product in a supply device , - feeding the semi-finished product to an application device , - heating the semi-finished product by means of a heating device such that a local phase change of the semi-finished product into an at least partially plastic state is induced, - performing a relative movement between the application device and an application region , and - applying the semi-finished product , in a manner variable in terms of direction and position, to the application region by means of the application device while the relative movement between the application device and the application region is being performed,
A strainer for a food container, the strainer comprising apertures randomly scattered on the surface of the strainer, suitable for allowing liquids to drain therethrough, characterized in that said strainer is provided with at least two holes sealed by capping covers through which two fingers of a user can be inserted to a level below the strainer's plane, said strainer being bendable by the action of forces applied by said fingers, thereby to place said strainer into or remove said strainer from said food container.
Mixing and kneading machine for continuous preparation processes, such as for kneading and mixing particulate starting material and/or for producing granules, extruded profiles or molded parts, comprising a housing in which a hollow interior is formed which is delimited by the inner peripheral surface of the housing and extends in the longitudinal direction of the mixing and kneading machine , a screw shaft which extends through the interior of the housing at least in portions in the axial direction and which, during operation, rotates in the interior of the housing and simultaneously moves translationally back and forth in the axial direction, a drive which rotates the screw shaft during operation, and a filling device arranged on the housing for feeding at least one starting material to be mixed and kneaded into the interior of the housing , the filling device extending through a recess which extends through the housing wall or being connected to a recess which extends through the housing wall , characterized in that the filling device comprises at least two cavities which each extend over the height of the filling device , and are separated from one another by at least one partition wall , and in that a seal which seals the screw shaft with respect to the inner peripheral surface of the housing is provided i) between the gear flange and the upstream end of the housing connected thereto and/or ii) in the upstream end of the housing , and at least one discharge channel is provided in the housing , which channel extends in portions from the inner peripheral surface of the housing into the housing and is connected to the upstream end of the filling device , which channel extends at least in portions from the upstream end of the filling device toward the seal , when viewed in the longitudinal direction of the housing .
A UV-curable composition, comprising ( a ) at least one monomer which produces the hydrogen bond forming repeating units upon polymerization; ( b ) optionally at least one hydrophilic co-monomer having one co-polymerizable double bond, preferably C=C double bond in each molecule; ( c ) at least one hydrophilic dispersion medium or water; ( d ) at least one photoinitiator; and ( e ) optionally at least one component of a functional additive or combination thereof; wherein the contents of ( a ), ( b ) and ( d ) are, based on the total weight of the composition, ( a ): 5%~34% by weight; ( b ): 1.5%~15% by weight, if present in the composition; and ( d ): 0.1%~10% by weight; respectively. ( a ) at least one monomer which produces the hydrogen bond forming repeating units upon polymerization; ( b ) optionally at least one hydrophilic co-monomer having one co-polymerizable double bond, preferably C=C double bond in each molecule; ( c ) at least one hydrophilic dispersion medium or water; ( d ) at least one photoinitiator; and ( e ) optionally at least one component of a functional additive or combination thereof;