mhurhangee/ep-ind-claims huggingface dataset:
A method of forming an optical article, comprising: applying a silicone composition to a surface (106; 206; 602), wherein the silicone composition is a solid and has a glass transition temperature greater than room temperature; and heating the silicone composition to a temperature at or above the glass transition temperature such that the silicone composition flows; wherein the silicone composition forms a light transmitting sheet upon cooling following the heating, characterized in that the silicone composition comprises an organosiloxane block copolymer having a weight average molecular weight of at least 20,000 g/mole and comprises; 40 to 90 mole percent disiloxy units of the formula [R 1 2 SiO 2/2] arranged in linear blocks each having an average of from 10 to 400 disiloxy units [R 1 2 SiO 2/2] per linear block; 10 to 60 mole percent trisiloxy units of the formula [R 2 SiO 3/2] arranged in non-linear blocks each having a weight average molecular weight of at least 500 g/mole; and 0.5 to 25 mole percent silanol groups [=SiOH]; wherein R 1 is independently a C 1 to C 30 hydrocarbyl and R 2 is independently a C 1 to C 20 hydrocarbyl, wherein at least 30 weight percent of the non-linear blocks are crosslinked with another non-linear block and aggregated in nano-domains, and wherein each linear block is linked to at least one non-linear block. applying a silicone composition to a surface (106; 206; 602), wherein the silicone composition is a solid and has a glass transition temperature greater than room temperature; and heating the silicone composition to a temperature at or above the glass transition temperature such that the silicone composition flows; wherein the silicone composition forms a light transmitting sheet upon cooling following the heating, characterized in that the silicone composition comprises an organosiloxane block copolymer having a weight average molecular weight of at least 20,000 g/mole and comprises; 40 to 90 mole percent disiloxy units of the formula [R 1 2 SiO 2/2] arranged in linear blocks each having an average of from 10 to 400 disiloxy units [R 1 2 SiO 2/2] per linear block; 10 to 60 mole percent trisiloxy units of the formula [R 2 SiO 3/2] arranged in non-linear blocks each having a weight average molecular weight of at least 500 g/mole; and 0.5 to 25 mole percent silanol groups [=SiOH]; wherein R 1 is independently a C 1 to C 30 hydrocarbyl and R 2 is independently a C 1 to C 20 hydrocarbyl, wherein at least 30 weight percent of the non-linear blocks are crosslinked with another non-linear block and aggregated in nano-domains, and wherein each linear block is linked to at least one non-linear block.
Handle device for a door, in particular a motor vehicle door, having a handle element, which can be displaced between an inoperative position in which it is at least substantially sunk in the door, and a use position in which it projects from the door, and having a device for displacing the handle element, wherein the device has at least one spring element, which urges the handle element into the use position, and a cable pull which is connected at one end to the handle element and at the other end to an actuatable actuator, with the result that the handle element can be displaced into the inoperative position counter to the force of the spring element by actuating the actuator, characterized in that the handle element is assigned an unlocking device for unlocking the door, wherein the unlocking device has an actuating lever which, to actuate the unlocking device, can be displaced by the handle element if the latter is displaced from the use position in the direction of the inoperative position, and wherein the handle element has arranged thereon a slide which is displaceable between a release position and a driving position, wherein, upon a displacement of the handle element in the direction of the inoperative position, the slide, in the driving position, is guided towards the actuating lever to displace it and, in the release position, is guided past the actuating lever.
A method for executing a time-critical electronic application by a slice of a 5G communication network with a plurality of slices and a mobile terminal, wherein the time-critical electronic application comprises a real-time process which must be executed within a predetermined time, including: Selecting a slice of a 5G communication network for executing the time-critical electronic application; Receiving a request for executing the time-critical electronic application by a server entity of the slice from the mobile terminal; Integrating the mobile terminal as an execution entity into the slice of the 5G communication network by the server entity; Transmitting an execution code for executing the real-time process by the server entity to the mobile terminal; Executing the execution code by the mobile terminal to execute the real-time process on the mobile terminal; and Providing a result of the execution of the real-time process on the mobile terminal. Selecting a slice of a 5G communication network for executing the time-critical electronic application; Receiving a request for executing the time-critical electronic application by a server entity of the slice from the mobile terminal; Integrating the mobile terminal as an execution entity into the slice of the 5G communication network by the server entity; Transmitting an execution code for executing the real-time process by the server entity to the mobile terminal; Executing the execution code by the mobile terminal to execute the real-time process on the mobile terminal; and Providing a result of the execution of the real-time process on the mobile terminal.
Tensioning apparatus for a fraction mechanism, having an eccentric bushing which is mounted in pivotable fashion at its inner shell surface, having a rolling bearing, and having a tensioning roller which is mounted rotatably on the eccentric bushing by means of the rolling bearing, wherein an inner ring of the rolling bearing is fastened on an outer shell surface, which runs eccentrically with respect to the inner shell surface, of the eccentric bushing by way of an interference fit, characterized in that, in a circumferential region within which the outer shell surface comes closest to the inner shell surface owing to the eccentricity, the outer shell surface deviates from the cylindrical shape and is radially set back in relation to the associated cylindrical envelope.
A core-cladding assembly comprising: a porous soot cladding monolith, said porous soot cladding monolith including a first porous cladding glass layer surrounding an internal cavity, said porous soot cladding monolith comprising a first material having a first coefficient of thermal expansion; a core cane having a portion positioned in said internal cavity, said core cane comprising a second material having a second coefficient of thermal expansion, said second coefficient of thermal expansion differing from said first coefficient of thermal expansion; and a cap for capping the core cane having a portion positioned in said internal cavity, said cap comprising a third material having a third coefficient of thermal expansion, said third coefficient of thermal expansion differing from said second coefficient of thermal expansion; wherein said second coefficient of thermal expansion is greater than said first coefficient of thermal expansion, said second coefficient of thermal expansion is greater than said third coefficient of thermal expansion and said third coefficient of thermal expansion is greater than or equal to said first coefficient of thermal expansion, wherein the third coefficient of thermal expansion is more closely matched to the first coefficient of thermal expansion. a porous soot cladding monolith, said porous soot cladding monolith including a first porous cladding glass layer surrounding an internal cavity, said porous soot cladding monolith comprising a first material having a first coefficient of thermal expansion; a core cane having a portion positioned in said internal cavity, said core cane comprising a second material having a second coefficient of thermal expansion, said second coefficient of thermal expansion differing from said first coefficient of thermal expansion; and a cap for capping the core cane having a portion positioned in said internal cavity, said cap comprising a third material having a third coefficient of thermal expansion, said third coefficient of thermal expansion differing from said second coefficient of thermal expansion; wherein said second coefficient of thermal expansion is greater than said first coefficient of thermal expansion, said second coefficient of thermal expansion is greater than said third coefficient of thermal expansion and said third coefficient of thermal expansion is greater than or equal to said first coefficient of thermal expansion, wherein the third coefficient of thermal expansion is more closely matched to the first coefficient of thermal expansion.
A mechanical energy source for a clockwork movement, including a barrel comprising an arbor and a drum, which are coaxial and free to rotate relative to one another, said drum housing a spring arranged in a spiral around said arbor and having a first connecting portion connected to said arbor and a second connecting portion connected to said drum, said barrel comprising - an input member intended to be arranged engaged with a winding mechanism of the clockwork movement to make it possible to load said spring, - an output member intended to be arranged engaged with a wheel of the clockwork movement to allow said spring to release its energy into the clockwork movement, in the form of an output torque, the mechanical energy source further including a regulating mechanism including a control organ arranged to cooperate with said spring and to define an active length thereof that is variable as a function of the load state of the barrel spring in order to limit the variation of the output torque. - an input member intended to be arranged engaged with a winding mechanism of the clockwork movement to make it possible to load said spring, - an output member intended to be arranged engaged with a wheel of the clockwork movement to allow said spring to release its energy into the clockwork movement, in the form of an output torque,
A plant illumination system for plants growing in or from a substrate, comprising: a luminaire (530, 630, 730) having an adjustable spectral power distribution - SPD - and an adjustable photon flux output; a controller (550, 650, 750) configured to provide electrical power and control signals to the luminaire (530, 630, 730); wherein the control signals are configured to automatically transition the SPD gradually between a first SPD (1030, 1140) and a second SPD (1040, 1150) twice per day, while adjusting the photon flux output from a first photon flux output to a second photon flux output; wherein the transitions and adjustments to the photon flux output correspond to changes in light (540, 640, 740) that entrain a biological rhythm in a plant; and wherein the luminaire is configured to direct light from the luminaire towards the substrate to support root growth of the plant; the system furthermore comprising a further luminaire oriented to deliver further light towards a canopy of the plant (610, 710), wherein the luminaire (630, 730) and the further luminaire (660, 760, 770) are configured to be independently controlled by the controller to provide different SPDs respectively to the root of the plant (610, 710 and the canopy. a luminaire (530, 630, 730) having an adjustable spectral power distribution - SPD - and an adjustable photon flux output; a controller (550, 650, 750) configured to provide electrical power and control signals to the luminaire (530, 630, 730); wherein the control signals are configured to automatically transition the SPD gradually between a first SPD (1030, 1140) and a second SPD (1040, 1150) twice per day, while adjusting the photon flux output from a first photon flux output to a second photon flux output; wherein the transitions and adjustments to the photon flux output correspond to changes in light (540, 640, 740) that entrain a biological rhythm in a plant; and wherein the luminaire is configured to direct light from the luminaire towards the substrate to support root growth of the plant; the system furthermore comprising a further luminaire oriented to deliver further light towards a canopy of the plant (610, 710), wherein the luminaire (630, 730) and the further luminaire (660, 760, 770) are configured to be independently controlled by the controller to provide different SPDs respectively to the root of the plant (610, 710 and the canopy.
A vehicle-body structure provided in an automobile, the vehicle-body structure comprising: a floor panel extending in a vehicle front-rear direction; a dash panel extending upward from a front portion of the floor panel and partitioning a vehicle front portion of an occupant space; an air-conditioning device that sends air-conditioned air to the occupant space, wherein a heat exchanger that is part of the air-conditioning device is disposed on a vehicle front side of the dash panel; characterized by a control device that is disposed in the occupant space and controls a control target unit mounted on the automobile; and a supply pipe through which a cooling liquid used as a heat exchange medium and cooled at the heat exchanger is supplied to the control device, such that not only the air-conditioned air but also the heat exchange medium for cooling the control device is cooled by the heat exchanger included in the air-conditioning device, wherein the heat exchanger is closer to the control device than a powertrain mounted on the automobile. a floor panel extending in a vehicle front-rear direction; a dash panel extending upward from a front portion of the floor panel and partitioning a vehicle front portion of an occupant space; an air-conditioning device that sends air-conditioned air to the occupant space, wherein a heat exchanger that is part of the air-conditioning device is disposed on a vehicle front side of the dash panel; a control device that is disposed in the occupant space and controls a control target unit mounted on the automobile; and a supply pipe through which a cooling liquid used as a heat exchange medium and cooled at the heat exchanger is supplied to the control device, such that not only the air-conditioned air but also the heat exchange medium for cooling the control device is cooled by the heat exchanger included in the air-conditioning device, wherein the heat exchanger is closer to the control device than a powertrain mounted on the automobile.
A support apparatus for lying or sitting equipment, comprising an at least partially fixed frame and comprising intertwined tensioned straps which define a support surface and are accessible from the upper support side of the support surface, wherein at least some of the straps are connected to the frame by means of separately adjustable tensioning devices such that the pretensioning of the straps is locally adjustable, characterized in that the tensioning devices are arranged between the straps and the frame and that the straps are also accessible from the underside of the support surface such that the support surface is accessible from the underside, that the tensioning devices comprise a drive for adjusting the pretensioning, and that the drives of the tensioning devices are controlled and/or controllable separately such that therewith the hardness of the support surface is locally adaptable at any time, wherein a locally adjustable pretensioning of the straps is adjustable in accordance with a pretensioning profile, e.g. automatically.
Information device for providing information about the maintenance state of a tool provided to machine a workpiece, wherein the information device is configured to detect maintenance information and to dynamically generate an optically machine-readable code on the basis of the maintenance information, wherein the information device comprises display means for displaying the optically machine-readable code, wherein the detection of the maintenance information is able to be activated by a movement of the tool, characterized in that the optically machine-readable code is a binary code, wherein the optically machine-readable code is based on graphic symbols that can be read or detected by a reader operating according to an optoelectronic operating principle in such a way that the optically machine-readable code can be decoded into a code different to said code, wherein the information device comprises a movement sensor, an activatable maintenance information sensor and control means, wherein the control means are configured to evaluate the movement and to provide an activation signal for activating the maintenance information sensor on the basis of the evaluation of the movement.
A goods box take-out device, comprising: a pedestal, a transmission mechanism, and a take-out assembly, wherein the take-out assembly is configured to be connected to a front surface of a to-be-transferred goods box to transfer the goods box; wherein the goods box take-out device is characterized in that the transmission mechanism comprises a fixed wheel assembly, a movable wheel assembly, and a transmission belt, and the fixed wheel assembly comprises at least two fixed wheels (21, 22, 23, 24) mounted on the pedestal at intervals; the movable wheel assembly comprises a sliding seat slidably mounted on the pedestal and at least two movable wheels (32, 33) mounted on the sliding seat at intervals; and along a moving direction of the sliding seat toward the goods box, a first limiting structure is disposed at a front end of the sliding seat, and a rear end of the sliding seat is connected to a reset mechanism; and the take-out assembly is disposed on the transmission belt; the transmission belt is wound around each of the movable wheels (32, 33) and each of the fixed wheels (21, 22, 23, 24); when the take-out assembly is driven by the transmission belt to move toward the goods box and move to the first limiting structure, the transmission belt drives the take-out assembly and the movable wheel assembly to move toward the goods box together; and when the transmission belt is driven in an opposite direction, the reset mechanism is configured to reset the movable wheel assembly, and after the movable wheel assembly is reset, the transmission belt drives the take-out assembly to reset. the take-out assembly is configured to be connected to a front surface of a to-be-transferred goods box to transfer the goods box; wherein the goods box take-out device is characterized in that the transmission mechanism comprises a fixed wheel assembly, a movable wheel assembly, and a transmission belt, and the fixed wheel assembly comprises at least two fixed wheels (21, 22, 23, 24) mounted on the pedestal at intervals; the movable wheel assembly comprises a sliding seat slidably mounted on the pedestal and at least two movable wheels (32, 33) mounted on the sliding seat at intervals; and along a moving direction of the sliding seat toward the goods box, a first limiting structure is disposed at a front end of the sliding seat, and a rear end of the sliding seat is connected to a reset mechanism; and the take-out assembly is disposed on the transmission belt; the transmission belt is wound around each of the movable wheels (32, 33) and each of the fixed wheels (21, 22, 23, 24); when the take-out assembly is driven by the transmission belt to move toward the goods box and move to the first limiting structure, the transmission belt drives the take-out assembly and the movable wheel assembly to move toward the goods box together; and when the transmission belt is driven in an opposite direction, the reset mechanism is configured to reset the movable wheel assembly, and after the movable wheel assembly is reset, the transmission belt drives the take-out assembly to reset.
Attachment device for attachment to a drive device, in particular to a screwing and/or drilling device, comprising a receptacle for a fluid container and a pressing device for pressing the fluid container to effect dispensing of fluid contained in the fluid container, the pressing device further serving to lock the fluid container in the receptacle so that the fluid container cannot be removed from the receptacle, further comprising a stabilizing handle for gripping the attachment device with one hand of the user and stabilizing it during dispensing of the fluid, wherein the attachment device comprises an actuating element operable by the user to release the locking of the fluid container in the receptacle so that the fluid container can be removed from the receptacle, and wherein the stabilizing handle is the actuating element or the actuating element is arranged in the region of the stabilizing handle so that the user can actuate the actuating element with his hand while the user grips the stabilizing handle with this hand, wherein the pressing device comprises a pressing element for pressing and for locking the fluid container, characterized in that the attachment device comprises a resetting device which is adapted to automatically move, in response to the actuation of the actuating element, the pressing element into a release position in which the locking of the fluid container is released.