mhurhangee/patent-ind-claim-en huggingface dataset:
Automatic window system having at least one casement which is pivotably mounted on a fixed frame , having a drive device for opening and/or closing the casement in a motorized manner, and having a sensor device for detecting body parts and/or objects in the movement region of the casement , wherein the sensor device outputs an output signal to a control device of the drive device when body parts and/or objects are detected in the movement region of the casement , in response to which the control device can implement a safety response during the casement movement, wherein the sensor device comprises a time-of-flight sensor and is arranged on the casement so as to move with it, characterized in that the sensor device is designed in the region of at least one closing edge , and a transmitter element of the time-of-flight sensor is arranged in such a way that a scanning beam of the transmitter element runs along a closing edge . having a drive device for opening and/or closing the casement in a motorized manner, and having a sensor device for detecting body parts and/or objects in the movement region of the casement , wherein the sensor device outputs an output signal to a control device of the drive device when body parts and/or objects are detected in the movement region of the casement , in response to which the control device can implement a safety response during the casement movement, wherein the sensor device comprises a time-of-flight sensor and is arranged on the casement so as to move with it, characterized in that the sensor device is designed in the region of at least one closing edge , and a transmitter element of the time-of-flight sensor is arranged in such a way that a scanning beam of the transmitter element runs along a closing edge .
The compound 2,2,6-trimethyl-4,5-dihydro-3H-oxepine.
A therapeutically effective amount of naltrexone or a pharmaceutically acceptable salt thereof and bupropion or a pharmaceutically acceptable salt thereof for use in a method of treating overweight or obesity, wherein said naltrexone or pharmaceutically acceptable salt thereof is in a sustained release formulation and said bupropion or pharmaceutically acceptable salt thereof is in a sustained release formulation, the method comprising: administering said therapeutically effective amount of naltrexone or a pharmaceutically acceptable salt thereof and bupropion or a pharmaceutically acceptable salt thereof to an individual with food, wherein administration of the naltrexone or a pharmaceutically acceptable salt thereof and bupropion or a pharmaceutically acceptable salt thereof to subjects with food provides a 91% to 271% increase in naltrexone C max and a 70% to 107% increase in naltrexone AUC, compared to administration of the naltrexone or a pharmaceutically acceptable salt thereof and bupropion or a pharmaceutically acceptable salt thereof to subjects under fasted conditions. administering said therapeutically effective amount of naltrexone or a pharmaceutically acceptable salt thereof and bupropion or a pharmaceutically acceptable salt thereof to an individual with food, wherein administration of the naltrexone or a pharmaceutically acceptable salt thereof and bupropion or a pharmaceutically acceptable salt thereof to subjects with food provides a 91% to 271% increase in naltrexone C max and a 70% to 107% increase in naltrexone AUC, compared to administration of the naltrexone or a pharmaceutically acceptable salt thereof and bupropion or a pharmaceutically acceptable salt thereof to subjects under fasted conditions.
A method for producing a nanoporous metallic and/or metal oxide coating on a substrate under ambient conditions, said method comprising: - providing a metallic target and a substrate near each other; - focussing a laser beam on the metallic target surface while supplying an assist gas to the interaction zone of the laser beam and the target surface so as to generate a plasma plume that leads to the formation of metallic and/or metal oxide species, so that said species are ejected from said target surface towards the same side of the target surface on which the laser beam incides, and deposited on the substrate; and wherein ambient conditions mean that the process is not carried out under vacuum or controlled atmosphere in a reaction chamber. - providing a metallic target and a substrate near each other; - focussing a laser beam on the metallic target surface while supplying an assist gas to the interaction zone of the laser beam and the target surface so as to generate a plasma plume that leads to the formation of metallic and/or metal oxide species, so that said species are ejected from said target surface towards the same side of the target surface on which the laser beam incides, and deposited on the substrate; and wherein ambient conditions mean that the process is not carried out under vacuum or controlled atmosphere in a reaction chamber.
A modular trailer hydraulic steering system for modular trailers which have module platforms (P) at increasing or reducing numbers comprising a gooseneck steering mechanism with front steering cylinders located on the gooseneck compartment and a module platform steering mechanism with rear steering cylinders connected to said module platforms (P), the modular trailer hydraulic steering system incorporating the following components: • at least one variable displacement hydraulic distributor actuator located on the gooseneck, which is driven by transmission of hydraulic fluid by said front steering cylinders depending on the direction of movement of the tractor truck or hydraulically by an auxiliary pump and determining steering angles of said module platforms (P) by transferring hydraulic fluid to said rear steering cylinders , • a cylindrical actuator housing and a drive shaft driven by front steering cylinders and located in said actuator housing which are forming said variable displacement hydraulic distributor actuator • chamber pistons inside said variable displacement hydraulic distributor actuator housing that move back and forth for circulation of hydraulic fluid between variable displacement hydraulic distributor actuator , front steering cylinders and rear module steering cylinders to enable the gooseneck compartment and modular platforms for turning at specified angles, • piston chambers housing said chamber pistons , designed at different hydraulic fluid transmission volumes but equal stroke, • hydraulic fluid inlet/outlet ports that are located on each piston chamber , making the connections that are necessary for circulating hydraulic fluid in and out of said piston chambers. • at least one variable displacement hydraulic distributor actuator located on the gooseneck, which is driven by transmission of hydraulic fluid by said front steering cylinders depending on the direction of movement of the tractor truck or hydraulically by an auxiliary pump and determining steering angles of said module platforms (P) by transferring hydraulic fluid to said rear steering cylinders , • a cylindrical actuator housing and a drive shaft driven by front steering cylinders and located in said actuator housing which are forming said variable displacement hydraulic distributor actuator • chamber pistons inside said variable displacement hydraulic distributor actuator housing that move back and forth for circulation of hydraulic fluid between variable displacement hydraulic distributor actuator , front steering cylinders and rear module steering cylinders to enable the gooseneck compartment and modular platforms for turning at specified angles, • piston chambers housing said chamber pistons , designed at different hydraulic fluid transmission volumes but equal stroke, • hydraulic fluid inlet/outlet ports that are located on each piston chamber , making the connections that are necessary for circulating hydraulic fluid in and out of said piston chambers.
A liquid discharge head comprising: a head body comprising a discharge hole configured to discharge a liquid; a plurality of driver ICs configured to control drive of the head body ; a wiring board comprising a plurality of connectors ; and a flexible substrate at which the plurality of driver ICs are mounted, the flexible substrate being electrically connected to the head body and comprising: a plurality of protruding portions configured to protrude in a same direction and each including a tip portion to be inserted into a corresponding one of the plurality of connectors ; and a slit formed between adjacent protruding portions of the plurality of protruding portions and extending up to a region between the driver ICs adjacent to each other, characterised in that a tip portion of the slit has a rounded shape, and a wiring layer of the flexible substrate extends and is in contact with an imaginary circle concentric with a rounded shape formed at the tip portion of the slit . a head body comprising a discharge hole configured to discharge a liquid; a plurality of driver ICs configured to control drive of the head body ; a wiring board comprising a plurality of connectors ; and a flexible substrate at which the plurality of driver ICs are mounted, the flexible substrate being electrically connected to the head body and comprising: a plurality of protruding portions configured to protrude in a same direction and each including a tip portion to be inserted into a corresponding one of the plurality of connectors ; and a slit formed between adjacent protruding portions of the plurality of protruding portions and extending up to a region between the driver ICs adjacent to each other, characterised in that a tip portion of the slit has a rounded shape, and a wiring layer of the flexible substrate extends and is in contact with an imaginary circle concentric with a rounded shape formed at the tip portion of the slit . a plurality of protruding portions configured to protrude in a same direction and each including a tip portion to be inserted into a corresponding one of the plurality of connectors ; and a slit formed between adjacent protruding portions of the plurality of protruding portions and extending up to a region between the driver ICs adjacent to each other, characterised in that a tip portion of the slit has a rounded shape, and a wiring layer of the flexible substrate extends and is in contact with an imaginary circle concentric with a rounded shape formed at the tip portion of the slit .
Use of a copper alloy for producing horse bits or parts thereof, comprising - 1 % by wt. to 30 % by wt. of manganese, - 1 % by wt. to 30 % by wt. of zinc, - the remainder being copper and other impurities; the other impurities are less than 6 % by wt., in particular less than 3 % by wt., in total. - 1 % by wt. to 30 % by wt. of manganese, - 1 % by wt. to 30 % by wt. of zinc, - the remainder being copper and other impurities; the other impurities are less than 6 % by wt., in particular less than 3 % by wt., in total.
Operating device for an electrical appliance with a capacitive touch switch, in particular for a cooktop, comprising: - an operator control panel , - a component carrier which is disposed underneath the operator control panel , - components (26a-c) disposed on the component carrier , which components include at least electrical circuit components and luminous displays or illuminants , - a flexible carrier or a film carrier as a flex carrier extending underneath the operator control panel and above the components (26a-c) across the component carrier , - the flex carrier being translucent at least in sections (18a-e), - illuminants on the component carrier underneath the translucent sections (18a-e), - electrically conductive elastic sensor material for providing the capacitive touch switch on the upper side of the flex carrier , - conductive paths on the flex carrier which are electrically connected to the sensor material , on the one hand side, and are guided to a contacting device of the flex carrier, on the other hand side, characterized in that - the sensor material has a height between 0.1 mm and 2 mm over the surface of the flex carrier , - the sensor material has an acrylate-based copolymer matrix which has been expanded or foamed, wherein the acrylate-based copolymer matrix in an initial condition includes solvent filled microspheres which have expanded upon temperature increase following application of the sensor material onto the flex carrier and, thus, have increased the volume of the sensor material, - the sensor material has conductive additives included which form a conducting network. - an operator control panel , - a component carrier which is disposed underneath the operator control panel , - components (26a-c) disposed on the component carrier , which components include at least electrical circuit components and luminous displays or illuminants , - a flexible carrier or a film carrier as a flex carrier extending underneath the operator control panel and above the components (26a-c) across the component carrier , - the flex carrier being translucent at least in sections (18a-e), - illuminants on the component carrier underneath the translucent sections (18a-e), - electrically conductive elastic sensor material for providing the capacitive touch switch on the upper side of the flex carrier , - conductive paths on the flex carrier which are electrically connected to the sensor material , on the one hand side, and are guided to a contacting device of the flex carrier, on the other hand side, characterized in that - the sensor material has a height between 0.1 mm and 2 mm over the surface of the flex carrier , - the sensor material has an acrylate-based copolymer matrix which has been expanded or foamed, wherein the acrylate-based copolymer matrix in an initial condition includes solvent filled microspheres which have expanded upon temperature increase following application of the sensor material onto the flex carrier and, thus, have increased the volume of the sensor material, - the sensor material has conductive additives included which form a conducting network.
A method, comprising: a) using a processing circuit to identify a plurality of N controllers identified in a building model and disposed within a predefined distance to a damper in a space; b) sequentially command each controller to generate an output signal that causes its attached damper or dampers to open or close, thereby allowing more or less conditioned air to flow out; c) obtaining sensor measurements from a sensor unit closest to the damper , wherein the processing circuit records the sensor output corresponding to the times when each of the selected controllers altered its respective output signal to its connected damper or dampers ; d) identifying the controller that upon changing the output signal, causes the greatest temperature change in the space. e) the processing circuit storing in the building model a link between the damper and the identified controller . a) using a processing circuit to identify a plurality of N controllers identified in a building model and disposed within a predefined distance to a damper in a space; b) sequentially command each controller to generate an output signal that causes its attached damper or dampers to open or close, thereby allowing more or less conditioned air to flow out; c) obtaining sensor measurements from a sensor unit closest to the damper , wherein the processing circuit records the sensor output corresponding to the times when each of the selected controllers altered its respective output signal to its connected damper or dampers ; d) identifying the controller that upon changing the output signal, causes the greatest temperature change in the space. e) the processing circuit storing in the building model a link between the damper and the identified controller .
An injection device , comprising: a body for containing and dispensing a medicament, the body having a plurality of dosage indicator windows for indicating a desired dosage of medicament; and a dose set sleeve rotatably connected with the body for setting the desired dosage, the dose set sleeve having a plurality of dosage numbers disposed thereon; characterized in that the dosage numbers and at least one of blank spaces and non-number indicators are arranged on the dose set sleeve in parallel helical patterns such that upon rotating the dose set sleeve to set the desired dosage, the dosage numbers are consecutively visible through alternating ones of the plurality of dosage indicator windows while a dosage number is not visible through one or more other dosage indicator windows of the plurality. a body for containing and dispensing a medicament, the body having a plurality of dosage indicator windows for indicating a desired dosage of medicament; and a dose set sleeve rotatably connected with the body for setting the desired dosage, the dose set sleeve having a plurality of dosage numbers disposed thereon; characterized in that the dosage numbers and at least one of blank spaces and non-number indicators are arranged on the dose set sleeve in parallel helical patterns such that upon rotating the dose set sleeve to set the desired dosage, the dosage numbers are consecutively visible through alternating ones of the plurality of dosage indicator windows while a dosage number is not visible through one or more other dosage indicator windows of the plurality.
A vehicle communication system comprising: a transfer unit including a control circuit that includes an internal controller , the control circuit being configured to be incorporated in a vehicle, to be connected to a device , and to performs a transfer process of transferring information to the device , and an external controller that is provided outside the control circuit , is connected to the control circuit , has higher information processing capability than the internal controller , is configured to perform a transfer order process by outputting a transfer order signal to the internal controller for ordering the internal controller to perform the transfer process, and when performing the transfer order process, is configured to perform a security process of securing security of the information to be transferred, wherein the internal controller is configured to monitors operation of the external controller and, when the external controller is abnormal, to performs the transfer order process instead of the external controller . a transfer unit including a control circuit that includes an internal controller , the control circuit being configured to be incorporated in a vehicle, to be connected to a device , and to performs a transfer process of transferring information to the device , and an external controller that is provided outside the control circuit , is connected to the control circuit , has higher information processing capability than the internal controller , is configured to perform a transfer order process by outputting a transfer order signal to the internal controller for ordering the internal controller to perform the transfer process, and when performing the transfer order process, is configured to perform a security process of securing security of the information to be transferred, wherein the internal controller is configured to monitors operation of the external controller and, when the external controller is abnormal, to performs the transfer order process instead of the external controller .
A method for wireless communications at a wireless device (115; 505; 605; 805), comprising: receiving (420; 905; 1005; 1105; 1205), during a transmission time interval, TTI , of a subframe, control information comprising an indication of transmission repetitions of a transport block, TB, for a plurality of TTIs; identifying (425; 910; 1010; 1110; 1210) a quantity of transmission repetitions of the TB based at least in part on the control information; identifying a value in a field of a control format indicator, CFI, associated with the control information; determining that a second TTI is not available for transmitting one of the transmission repetitions of the TB based at least in part on the value in the field of the CFI; and monitoring (435; 915; 1025; 1125; 1235) for the transmission repetitions of the TB based at least in part on the identified quantity of transmission repetitions and the determination that the second TTI is not available. receiving (420; 905; 1005; 1105; 1205), during a transmission time interval, TTI , of a subframe, control information comprising an indication of transmission repetitions of a transport block, TB, for a plurality of TTIs; identifying (425; 910; 1010; 1110; 1210) a quantity of transmission repetitions of the TB based at least in part on the control information; identifying a value in a field of a control format indicator, CFI, associated with the control information; determining that a second TTI is not available for transmitting one of the transmission repetitions of the TB based at least in part on the value in the field of the CFI; and monitoring (435; 915; 1025; 1125; 1235) for the transmission repetitions of the TB based at least in part on the identified quantity of transmission repetitions and the determination that the second TTI is not available.
A battery pack , comprising: a plurality of battery modules , each having at least one battery cell; and a battery tray to which the plurality of battery modules are mounted, wherein the plurality of battery modules are coupled to each other at a lower, upper, left and right side thereof by sliding and make surface contact with each other at the four side surfaces thereof; wherein the plurality of battery modules are coupled to the battery tray by sliding; wherein the battery tray includes a plurality of sliding guide rails formed along a longitudinal direction of the plurality of battery modules so that the plurality of battery modules are mounted thereto by sliding; and the plurality of battery modules is in surface contact with an upper surface of the battery tray ; and wherein at least one module support beam placed on the battery tray while being inserted between two battery modules facing along a height direction among the plurality of battery modules or inserted into at least one battery module . a plurality of battery modules , each having at least one battery cell; and a battery tray to which the plurality of battery modules are mounted, wherein the plurality of battery modules are coupled to each other at a lower, upper, left and right side thereof by sliding and make surface contact with each other at the four side surfaces thereof; wherein the plurality of battery modules are coupled to the battery tray by sliding; wherein the battery tray includes a plurality of sliding guide rails formed along a longitudinal direction of the plurality of battery modules so that the plurality of battery modules are mounted thereto by sliding; and the plurality of battery modules is in surface contact with an upper surface of the battery tray ; and wherein at least one module support beam placed on the battery tray while being inserted between two battery modules facing along a height direction among the plurality of battery modules or inserted into at least one battery module .
An electrical connection device , comprising: a connector having a hollow connecting cavity formed by a plurality of flexible conductive materials, and each of two opposite sides of the connecting cavity being connected to a conductive plug electrically coupled with the connecting cavity , characterized in that one end of the conductive plug extends into the connecting cavity , and a spring is disposed between ends of two conductive plugs extending into the connecting cavity . a connector having a hollow connecting cavity formed by a plurality of flexible conductive materials, and each of two opposite sides of the connecting cavity being connected to a conductive plug electrically coupled with the connecting cavity , characterized in that one end of the conductive plug extends into the connecting cavity , and a spring is disposed between ends of two conductive plugs extending into the connecting cavity .