mhurhangee/ep-ind-claims huggingface dataset:
Receiving device for arranging in a motor vehicle comprising a base plate which can be positioned in the region of a vehicle seat with a front edge in the vehicle longitudinal direction and a rear edge in the vehicle longitudinal direction, wherein the base plate on the the rear edge in the vehicle longitudinal direction has two latching devices for connection to a respective attachment point of a motor vehicle, and the base plate comprises respectively at the front and rear edge (4, 5) in the vehicle longitudinal direction a front and a rear fixing device (21, 32), which are connected to the base plate articulated (48, 49) and are formed such that the base plate is positionally positionable in the region of a vehicle seat, characterized in that the latching devices are connected articulated and lockable with a coupling element and the coupling element is connected articulated and lockable with the rear edge of the base plate in the vehicle longitudinal direction.
Refrigerator with a refrigerated goods container which, on its rear side, accommodates a vertical partition that consists of plastic material, which is connected via at least one bracket in the region of its upper edge and with the refrigerated goods container, characterized in that in the refrigerated goods container, at least one receiving portion is molded, in which the at least one bracket of the partition can be hooked-in, wherein the molding of the at least one receiving portion occurs in one step together with the drawing of the refrigerated goods container, and in that the bracket is molded onto the partition directly when producing the partition.
An implantable medical device for delivering a liquid therapeutic substance to a delivery site in a patient, comprising: a reservoir holding a supply of said liquid therapeutic substance; a catheter having a proximal end, a delivery region and a lumen extending from said proximal end to said delivery region, said proximal end of said catheter being operatively coupled to said reservoir, said delivery region of said catheter being adapted to be placed proximate said delivery site in said patient, said therapeutic substance adapted to be delivered through said lumen to said patient said catheter further comprising a second lumen; a sensing device operatively coupled with said first lumen of said catheter arranged to detect a pressure of said therapeutic substance in said first lumen, said sensing device arranged to detect a reference pressure in the second lumen in proximity to said delivery region of said catheter; a controller operatively coupled to said sensing device, said controller configured to take an action in response to a comparison between said pressure in said first lumen and said reference pressure in the second lumen. a reservoir holding a supply of said liquid therapeutic substance; a catheter having a proximal end, a delivery region and a lumen extending from said proximal end to said delivery region, said proximal end of said catheter being operatively coupled to said reservoir, said delivery region of said catheter being adapted to be placed proximate said delivery site in said patient, said therapeutic substance adapted to be delivered through said lumen to said patient said catheter further comprising a second lumen; a sensing device operatively coupled with said first lumen of said catheter arranged to detect a pressure of said therapeutic substance in said first lumen, said sensing device arranged to detect a reference pressure in the second lumen in proximity to said delivery region of said catheter; a controller operatively coupled to said sensing device, said controller configured to take an action in response to a comparison between said pressure in said first lumen and said reference pressure in the second lumen.
A bumper module comprising: a body portion that is positioned between a front bumper cover and a heat exchanger in a vehicle front-and-rear direction and is disposed extending in a vehicle width direction and the vehicle front-and-rear direction; plural longitudinal ribs that are integrally formed on a lower surface of the body portion, extend toward a vehicle lower side, are disposed extending in the vehicle front-and-rear direction, and are lined up at intervals apart from each other in the vehicle width direction; and an air guide rib that is integrally formed on an upper surface of the body portion, extends toward a vehicle upper side, guides cooling air from a vehicle front to the heat exchanger, and whose front end is unaligned in at least one direction of the vehicle width direction and the vehicle front-and-rear direction with respect to front ends of the plural longitudinal ribs; the bumper module being characterized in that the air guide rib has an inclined portion that heads outward in the vehicle width direction as it heads toward the vehicle front side and a front portion that is formed on the vehicle front side of the inclined portion. a body portion that is positioned between a front bumper cover and a heat exchanger in a vehicle front-and-rear direction and is disposed extending in a vehicle width direction and the vehicle front-and-rear direction; plural longitudinal ribs that are integrally formed on a lower surface of the body portion, extend toward a vehicle lower side, are disposed extending in the vehicle front-and-rear direction, and are lined up at intervals apart from each other in the vehicle width direction; and an air guide rib that is integrally formed on an upper surface of the body portion, extends toward a vehicle upper side, guides cooling air from a vehicle front to the heat exchanger, and whose front end is unaligned in at least one direction of the vehicle width direction and the vehicle front-and-rear direction with respect to front ends of the plural longitudinal ribs; the bumper module being characterized in that the air guide rib has an inclined portion that heads outward in the vehicle width direction as it heads toward the vehicle front side and a front portion that is formed on the vehicle front side of the inclined portion.
RFID transponder having a housing, having a coupling loop which is arranged in the said housing and is electrically connected to an RFID chip which is arranged in the housing, and having an antenna which consists of a flat metal piece and has a slot and is arranged on an outer face of the housing, wherein the housing is arranged above the slot at least in regions, characterized in that the antenna comprises a first antenna part and a second antenna part which are separated from one another by the slot at least in one region of the antenna, and wherein the housing consists of a first housing part and a second housing part, wherein the second housing part is at least partially arranged above the second antenna part, and wherein the housing is fastened to the first antenna part exclusively by way of the first housing part, and wherein the housing has at least one step on the outer face which is directed towards the antenna, as a result of which the height of the second housing part is at least 0.5 millimetre lower than the height of the first housing part, as a result of which a gap remains between the second antenna part and the second housing part, wherein the gap has a width which corresponds to the height difference between the two housing parts (11, 12) and therefore has a value of at least 0.5 mm.
Method for controlling an electrically heated device with a steam generator, wherein the steam generator has a steam chamber heated by a heater, wherein a state of use of the device is determined and wherein the steam production of the device is activated without intervention by the user when use is determined and is deactivated when non-use is determined, wherein the flow of the water used for steam production into the steam chamber is controlled as a function of an estimated temperature of the steam chamber, characterised in that the estimated temperature is determined as a function of the distance in time from an event which has an influence on the temperature of the steam chamber, and in the case in which the non-use exceeds a temporal threshold value S, the subsequent use causes an activation of the heater for at least a time T1.
Method for removing the overspray of a coating sprayed onto a workpiece, in which the at least one fluid jet of a jet lance is directed, as a hydrodynamic wedge, into the dividing plane between workpiece and overspray on the regions of the workpiece coated with overspray.
Adapter device with a wiper arm adapter which comprises a wiper arm adapter element and a securing element, which is mounted displaceably on the wiper arm adapter element, and with a wiper blade adapter which comprises a connecting element, wherein the connecting element is provided in order, during installation, to be pushed into the wiper arm adapter element, wherein the wiper blade adapter has at least one latching means which is provided in order, during installation, to be latched to the securing element of the wiper arm adapter, characterized in that the at least one latching means comprises a free deflectable end which is oriented in an installation direction of the wiper arm adapter.
Process for production of trisilylamine in the liquid phase, which process comprises - initially charging monochlorosilane (A or A') to a reactor in the liquid form of a solution in a solvent, wherein the solvent is inert with regard to monochlorosilane, ammonia as well as TSA and has a higher boiling point than TSA has, and - passing ammonia into the reactor in the form of a solution in the solvent, - performing the reaction in reactor, - subsequently passing the resultant product mixture from reactor into and through a filter unit and removing solid ammonium chloride from the product mixture, and - passing the filtrate from the filter unit into the distillation column, - excess monochlorosilane (A') being distilled in distillation column overhead, condensed and fed to reactor in liquid form under admixture of the solvent, and also - removing gaseous substances from the distillation column overhead, and - conveying the bottoms into the distillation column, - the product trisilylamine being distilled in the distillation column overhead and condensed, and - conveying the bottoms into the distillation column, - the solvent being distilled in distillation column overhead, condensed and returned to the reactor feedstreams, (A'), as a solvent, and - exporting higher boilers via the bottoms, and the solvent is toluene. - initially charging monochlorosilane (A or A') to a reactor in the liquid form of a solution in a solvent, wherein the solvent is inert with regard to monochlorosilane, ammonia as well as TSA and has a higher boiling point than TSA has, and - passing ammonia into the reactor in the form of a solution in the solvent, - performing the reaction in reactor, - subsequently passing the resultant product mixture from reactor into and through a filter unit and removing solid ammonium chloride from the product mixture, and - passing the filtrate from the filter unit into the distillation column, - excess monochlorosilane (A') being distilled in distillation column overhead, condensed and fed to reactor in liquid form under admixture of the solvent, and also - removing gaseous substances from the distillation column overhead, and - conveying the bottoms into the distillation column, - the product trisilylamine being distilled in the distillation column overhead and condensed, and - conveying the bottoms into the distillation column, - the solvent being distilled in distillation column overhead, condensed and returned to the reactor feedstreams, (A'), as a solvent, and - exporting higher boilers via the bottoms,
A shaft sealing structure for a pump, characterized in that it comprises: a seal ring that has abutment portions formed by dividing the seal ring along an axial direction and that is provided around a shaft in a ring-like manner; a supporting member that is provided in the seal ring along a circumferential direction of the shaft, that is moved toward a center of the shaft while being brought into contact with the seal ring, and that is moved relative to the seal ring along the circumferential direction of the shaft; and a first driving part that is connected to the supporting member between the abutment portions and that presses the supporting member toward the center of the shaft when the temperature rises to a temperature higher than that during normal operation, wherein the seal ring is fixed at a position separated from the shaft during the normal operation and is moved by the supporting member toward the center of the shaft when the temperature rises to a temperature higher than that during the normal operation. a seal ring that has abutment portions formed by dividing the seal ring along an axial direction and that is provided around a shaft in a ring-like manner; a supporting member that is provided in the seal ring along a circumferential direction of the shaft, that is moved toward a center of the shaft while being brought into contact with the seal ring, and that is moved relative to the seal ring along the circumferential direction of the shaft; and a first driving part that is connected to the supporting member between the abutment portions and that presses the supporting member toward the center of the shaft when the temperature rises to a temperature higher than that during normal operation, wherein the seal ring is fixed at a position separated from the shaft during the normal operation and is moved by the supporting member toward the center of the shaft when the temperature rises to a temperature higher than that during the normal operation.
A method of detecting a predisposition to, or the incidence of, colorectal cancer in a faecal sample comprising: (a) detecting the presence of blood in the faecal sample, wherein detection of the presence of blood is indicative of a predisposition to, or the incidence of, colorectal cancer; and (b) detecting an epigenetic modification in the DNA contained within the faecal sample, wherein the epigenetic modification is detected in at least one gene selected from NDRG4, PHACTR3, FOXE1, GATA4, GPNMB, TFPI2, SOX17, SYNE1, LAMA, MMP2, OSMR, SFRP2 and CDO1 and wherein detection of the epigenetic modification in at least one of the genes is indicative of a predisposition to, or the incidence of, colorectal cancer and based upon a positive result obtained in either (a) or (b) or in both (a) and (b) detecting a predisposition to, or the incidence of, colorectal cancer. (a) detecting the presence of blood in the faecal sample, wherein detection of the presence of blood is indicative of a predisposition to, or the incidence of, colorectal cancer; and (b) detecting an epigenetic modification in the DNA contained within the faecal sample, wherein the epigenetic modification is detected in at least one gene selected from NDRG4, PHACTR3, FOXE1, GATA4, GPNMB, TFPI2, SOX17, SYNE1, LAMA, MMP2, OSMR, SFRP2 and CDO1 and wherein detection of the epigenetic modification in at least one of the genes is indicative of a predisposition to, or the incidence of, colorectal cancer and based upon a positive result obtained in either (a) or (b) or in both (a) and (b) detecting a predisposition to, or the incidence of, colorectal cancer.
A light projection device comprising a light emitting surface facing a workpiece and formed with a slit allowing light reflected by the workpiece to pass from a light emitting surface side to an opposite side thereof, a light emitting plate formed with the light emitting surface; and a pair of casings that have openings closed by the light emitting plate, contain a plurality of LED light sources provided opposite to the openings, and are provided opposite to each other, wherein opposite surfaces of the pair of casings form the slit, the opposite surfaces being opposite to each other, wherein the slit has a widening shape whose width gradually increases from the light emitting surface side toward the opposite side, the light emitting surface is a flat surface, and a direction to image a surface of the workpiece can be changed depending on widening of the slit. a light emitting plate formed with the light emitting surface; and a pair of casings that have openings closed by the light emitting plate, contain a plurality of LED light sources provided opposite to the openings, and are provided opposite to each other, wherein opposite surfaces of the pair of casings form the slit, the opposite surfaces being opposite to each other, wherein the slit has a widening shape whose width gradually increases from the light emitting surface side toward the opposite side, the light emitting surface is a flat surface, and a direction to image a surface of the workpiece can be changed depending on widening of the slit.
An adaptive optic actuator comprising: an array of pixels, each of said pixels provided from a liquid crystal cell comprising: a superstrate having an inner surface; a substrate having an inner surface opposed to the surface of the superstrate; said substrate and superstrate having electrically conductive structures formed thereon and disposed as electrodes which permit different voltages to be applied to each pixel; a plurality of electrical leads, each electrical lead being capable of carrying one or more control signals, each electrical lead being coupled to a single pixel in said array of pixels; and a plurality of compensating resistors, wherein each compensating resistor is connected to a corresponding one of the plurality of electrical leads such that a substantially uniform time constant is provided to all pixels across said array of pixels. an array of pixels, each of said pixels provided from a liquid crystal cell comprising: a superstrate having an inner surface; a substrate having an inner surface opposed to the surface of the superstrate; said substrate and superstrate having electrically conductive structures formed thereon and disposed as electrodes which permit different voltages to be applied to each pixel; a plurality of electrical leads, each electrical lead being capable of carrying one or more control signals, each electrical lead being coupled to a single pixel in said array of pixels; and a plurality of compensating resistors, wherein each compensating resistor is connected to a corresponding one of the plurality of electrical leads such that a substantially uniform time constant is provided to all pixels across said array of pixels.
A method for producing hybrid assemblies or hybrid components, having the following steps: - providing a first component which is formed at least from a first material, wherein the material of the first component at least partially comprises a metallic material, especially steel or an aluminium alloy, especially consisting of AlSi10, AlSi0,5, AIMg3 and/or AlSi10Mg, - arranging a second component on the first component, wherein the second component is formed from at least a second material, especially a carbon fibre-reinforced material, characterised in that a corrosion-inhibiting layer is applied between the first component and the second component, this corrosion-inhibiting layer being applied by means of laser cladding at least to a portion of a surface of the first component which faces the second component and is connected to the first component by a material-formed bond. - providing a first component which is formed at least from a first material, wherein the material of the first component at least partially comprises a metallic material, especially steel or an aluminium alloy, especially consisting of AlSi10, AlSi0,5, AIMg3 and/or AlSi10Mg, - arranging a second component on the first component, wherein the second component is formed from at least a second material, especially a carbon fibre-reinforced material,
A method for providing a digital map, the method comprising: receiving, at a map server, a user request from a client device for a digital map, the request including a location of a map configuration file, the configuration file including map configuration data specifying which cartographic features are to be included on the digital map; retrieving the configuration file from the location included in the request for the digital map; caching the map configuration data at the map server; rendering, by the map server, the requested digital map in accordance with the received request and including cartographic features specified by the configuration file; returning the rendered digital map to the client device; receiving, from the client device, a further request for a digital map, the map request including the location of the map configuration file; determining whether a notification has been received from the client that the user has edited the content of the configuration file since the map configuration data was cached at the map server, and if so, re-retrieving the content of the configuration file from the location and rendering the requested digital map in accordance with the received request; otherwise using the cached content to render the requested digital map in accordance with the received request, and returning the rendered digital map to the client device. receiving, at a map server, a user request from a client device for a digital map, the request including a location of a map configuration file, the configuration file including map configuration data specifying which cartographic features are to be included on the digital map; retrieving the configuration file from the location included in the request for the digital map; caching the map configuration data at the map server; rendering, by the map server, the requested digital map in accordance with the received request and including cartographic features specified by the configuration file; returning the rendered digital map to the client device; receiving, from the client device, a further request for a digital map, the map request including the location of the map configuration file; determining whether a notification has been received from the client that the user has edited the content of the configuration file since the map configuration data was cached at the map server, and if so, re-retrieving the content of the configuration file from the location and rendering the requested digital map in accordance with the received request; otherwise using the cached content to render the requested digital map in accordance with the received request, and returning the rendered digital map to the client device.
A method for treating biomass, comprising: Feeding biomass and an impregnation liquid into a first reactor unit such that the biomass is impregnated with the impregnation liquid while the biomass is transferred through the first reactor unit by a conveyor means (11, S10); Transferring the impregnated biomass from the first reactor unit to a separation unit, wherein at least a part of the impregnation liquid is separated from the impregnated biomass within the separation unit (25, S20); Discharging the separated impregnation liquid from the separation unit, such that a first part of the separated impregnation liquid is recirculated back to the first reactor unit (10, S30) Feeding biomass and an impregnation liquid into a first reactor unit such that the biomass is impregnated with the impregnation liquid while the biomass is transferred through the first reactor unit by a conveyor means (11, S10); Transferring the impregnated biomass from the first reactor unit to a separation unit, wherein at least a part of the impregnation liquid is separated from the impregnated biomass within the separation unit (25, S20); Discharging the separated impregnation liquid from the separation unit, such that a first part of the separated impregnation liquid is recirculated back to the first reactor unit (10, S30)