mhurhangee/ep-ind-claims huggingface dataset:
Dismounting tool for a filter insert of a liquid filter, comprising — a first arm with a first outer side, wherein the first outer side extends along a first axis, — a second arm with a second outer side, wherein the second outer side extends along a second axis, wherein the first arm has a first hook which projects from the first arm substantially transversely to the first axis, wherein the second arm has a second hook which projects from the second arm substantially transversely to the second axis, wherein the first outer side and the second outer side are connected to one another by means of a rotary joint (30, 32) with a joint axis, characterized in that the dismounting tool is produced in one piece, wherein the rotary joint is in the form of a film joint or in the form of a hinge. — a first arm with a first outer side, wherein the first outer side extends along a first axis, — a second arm with a second outer side, wherein the second outer side extends along a second axis, wherein the first arm has a first hook which projects from the first arm substantially transversely to the first axis, wherein the second arm has a second hook which projects from the second arm substantially transversely to the second axis, wherein the first outer side and the second outer side are connected to one another by means of a rotary joint (30, 32) with a joint axis, characterized in that the dismounting tool is produced in one piece, wherein the rotary joint is in the form of a film joint or in the form of a hinge.
An electric vehicle (10, 10A) equipped with an electric motor configured to drive the vehicle, comprising: a battery (16, 16A) configured to supply electrical power to the electric motor, and having a battery cell (100, 100A), the battery cell (100, 100A) being cooled by direct contact with an insulating first liquid refrigerant, and a battery case (130, 130A) configured to house therein the battery cell (100, 100A) and through which the first liquid refrigerant flows; a radiator (150, 150A) configured to dissipate heat from a second liquid refrigerant, the radiator (150, 150A) being disposed forwardly of the battery (16, 16A) in the electric vehicle (10, 10A); and a heat exchanger (152, 152A) that is disposed rearwardly of the radiator (150, 150A) in the electric vehicle (10, 10A); characterized in that, the second liquid refrigerant has a smaller specific gravity than the first liquid refrigerant; and the first liquid refrigerant and the second liquid refrigerant undergo heat exchange in the heat exchanger (152, 152A) that is disposed rearwardly of the radiator (150, 150A) in the electric vehicle. a battery (16, 16A) configured to supply electrical power to the electric motor, and having a battery cell (100, 100A), the battery cell (100, 100A) being cooled by direct contact with an insulating first liquid refrigerant, and a battery case (130, 130A) configured to house therein the battery cell (100, 100A) and through which the first liquid refrigerant flows; a radiator (150, 150A) configured to dissipate heat from a second liquid refrigerant, the radiator (150, 150A) being disposed forwardly of the battery (16, 16A) in the electric vehicle (10, 10A); and a heat exchanger (152, 152A) that is disposed rearwardly of the radiator (150, 150A) in the electric vehicle (10, 10A); characterized in that, the second liquid refrigerant has a smaller specific gravity than the first liquid refrigerant; and the first liquid refrigerant and the second liquid refrigerant undergo heat exchange in the heat exchanger (152, 152A) that is disposed rearwardly of the radiator (150, 150A) in the electric vehicle.
Hand-held tool system, having a hand-held power tool, in particular a power drill, having a wall device, which can be mounted on a wall on which work is to be performed by means of the hand-held power tool, characterized in that the wall device has at least one first sensor device that is realized to determine an alignment of the hand-held power tool in relation to the wall device.
A steering device for an articulated tracked vehicle comprising a front and a rear vehicle unit (11, 12), wherein said steering device comprises a substantially vertical steering link about whose axis said front and rear vehicle units (11, 12) are pivotable, further comprising a rolling link having an axis running substantially transverse the axis of the vertical steering link, wherein the rolling link is configured for rotation relative to the front vehicle unit about the axis, wherein said rolling link is fixedly attached to said vertical steering link, such that the rolling link is allowed to rotate with said vertical steering link about the axis, such that the axis of the rolling link rotates about the axis of the vertical steering link characterized in that the steering device is configured to rest on a central region of the front vehicle unit, such that said vertical steering link is arranged substantially centrally of the front vehicle unit, wherein the central region is located substantially centrally relative to the longitudinal and lateral extensions of the front vehicle unit.
An access point (150, 200) for a home network, comprising: a processor circuit, wherein, when executing software, wherein the software comprises at least one media source application for streaming media content of a content provider, the processor circuit is configured to: establish a connection to the media source using the at least one media source application, wherein the media source is a server accessible via a wide area network and storing the media content; receive media stream data from the media source external to the access point, wherein the media stream data is at least in part received from the server; determine an intended recipient of the media stream data based on the received media stream data, and generate output data by encoding the media stream data according to a predetermined data transmission standard, only if it is determined that a display device is the intended recipient, wherein the output data is for the display device and the output data is based on the received media stream data; and an output interface for connecting to the display device, wherein the output interface is configured to output the output data. a processor circuit, wherein, when executing software, wherein the software comprises at least one media source application for streaming media content of a content provider, the processor circuit is configured to: establish a connection to the media source using the at least one media source application, wherein the media source is a server accessible via a wide area network and storing the media content; receive media stream data from the media source external to the access point, wherein the media stream data is at least in part received from the server; determine an intended recipient of the media stream data based on the received media stream data, and generate output data by encoding the media stream data according to a predetermined data transmission standard, only if it is determined that a display device is the intended recipient, wherein the output data is for the display device and the output data is based on the received media stream data; and establish a connection to the media source using the at least one media source application, wherein the media source is a server accessible via a wide area network and storing the media content; receive media stream data from the media source external to the access point, wherein the media stream data is at least in part received from the server; determine an intended recipient of the media stream data based on the received media stream data, and generate output data by encoding the media stream data according to a predetermined data transmission standard, only if it is determined that a display device is the intended recipient, wherein the output data is for the display device and the output data is based on the received media stream data; and an output interface for connecting to the display device, wherein the output interface is configured to output the output data.
Method for pretreating tinplate prior to lacquering with an organic topcoat, in which an anodic polarization in an aqueous electrolyte containing at least one inert water-soluble salt takes place in a first step, and passivation is subsequently carried out in a second step by bringing the tinplate into contact with an acidic aqueous composition containing water-soluble inorganic compounds of the elements Zr, Ti, Hf, and/or Si, and phosphate ions.
A method of indicating a sleep stage of a patient, the method comprising: applying, in one or more processors, a plurality of detection pathways (7010; 7020) to a signal representing a respiratory flow rate of the patient, wherein each detection pathway is configured to generate start events (7030, 7040) and end events (7030, 7040) indicating start times and end times respectively of episodes of a corresponding sleep stage, wherein each start event and each end event has a priority; and combining, in the one or more processors, the start events and end events based on their priorities to produce an indication of a sleep stage of the patient. applying, in one or more processors, a plurality of detection pathways (7010; 7020) to a signal representing a respiratory flow rate of the patient, wherein each detection pathway is configured to generate start events (7030, 7040) and end events (7030, 7040) indicating start times and end times respectively of episodes of a corresponding sleep stage, wherein each start event and each end event has a priority; and combining, in the one or more processors, the start events and end events based on their priorities to produce an indication of a sleep stage of the patient.
A medical injector comprising: a body; a cartridge at least partially disposed within the body for accommodating first and second mixable components (30,32); and a needle mount disposed on the cartridge, said cartridge being movable relative to said body, said needle mount having features for mounting a needle thereto, characterized in that, said needle mount is transitionable, with relative movement between said body and said cartridge, from an initial state, wherein said features are completely disposed within said body to an extended state, wherein said features extend at least partially from said body. a body; a cartridge at least partially disposed within the body for accommodating first and second mixable components (30,32); and a needle mount disposed on the cartridge, said cartridge being movable relative to said body, said needle mount having features for mounting a needle thereto, characterized in that, said needle mount is transitionable, with relative movement between said body and said cartridge, from an initial state, wherein said features are completely disposed within said body to an extended state, wherein said features extend at least partially from said body.
A computer-implemented method for using a portable user profile in multiple smart buildings, wherein the portable user profile is portable across different sites, the method comprising: detecting a presence of a user at the smart building; determining that the user had not previously visited the smart building; retrieving a portable user profile for the user; and setting access control rules based on the portable user profile. detecting a presence of a user at the smart building; determining that the user had not previously visited the smart building; retrieving a portable user profile for the user; and setting access control rules based on the portable user profile.
A thermally conductive, electrical insulating nonwoven material comprising: 20 wt.% - 50 wt.% organic components, wherein the organic components comprise organic drawn fibers, organic bi-component binder fibers, and a polymer latex binder comprising at least one of an acrylic latex, an acrylic copolymer latex, a nitrile latex, and a styrene latex; and 50 wt.% - 80 wt.% inorganic components wherein the inorganic components comprise a blend of thermally conductive fillers and clay, wherein the organic bi-component binder fibers comprise a polymeric core and a sheath layer surrounding the polymeric core wherein the sheath layer has a lower melting point than the core. 20 wt.% - 50 wt.% organic components, wherein the organic components comprise organic drawn fibers, organic bi-component binder fibers, and a polymer latex binder comprising at least one of an acrylic latex, an acrylic copolymer latex, a nitrile latex, and a styrene latex; and 50 wt.% - 80 wt.% inorganic components wherein the inorganic components comprise a blend of thermally conductive fillers and clay,
A DC to AC inverter 4 comprising two or more DC to AC converters that provide a plurality of output channels, the inverter adapted to draw a DC input current from a long term DC energy store 1 and generate AC output voltages on the output channels, the AC output voltages having a frequency and amplitude adapted for supplying mains appliances, the DC to AC inverter comprising at least one phase controller for independently controlling the phases of the AC output voltages, the phase controller being adapted to receive input indicating the magnitude and phase of the AC current drawn from the output channels, wherein the phase controller is adapted to alter the phase of the AC output voltages on one or more of the output channels of the DC to AC inverter based on the magnitudes and phases of the currents indicated from the output channels to reduce mains frequency related ripple current drawn from the long term DC energy store.
Method for the production of a moulded part having an annular cross section, such as a screw, a nut, a bush part, a pipe plug, a pipe connector, or the like, wherein the moulded part has a hollow-cylindrical main body, portions (A1, A2, A3, A4, A5, A6, A7, A8, A9, AZ) having dissimilar functions, specifically for bringing to bear a circumferential seal (5, 6), for mounting and/or arresting the plug part in a direct or indirect manner, and/or for supporting and/or guiding the plug part, are sequentially disposed in the axial direction (X-X) in the internal duct, specified for receiving a plug part in a sealing manner, of said main cylindrical body, said portions (A1, A2, A3, A4, A5, A6, A7, A8, A9, AZ) being configured having dissimilar internal diameters and/or having dissimilar wall thicknesses, wherein in the moulding to the main body a radially widened flange appendage at the end, and at least one internal thread and/or one external thread are configured, wherein a plasticized polymer compound containing fibres is injected through at least one injection opening of a moulding tool into a cavity of the moulding tool, and the moulded part upon solidification of the polymer compound is de-moulded from the tool, characterized in that injecting into the cavity through the at least one injection opening is performed from the internal duct in a radially outward manner in a portion (A1, A2, A3, A5, A7, A8), or in a region (14, 15) of a portion (A1, A2, A3, A4, A5, A6, A7, A8, A9, AZ), which does not serve for bringing to bear a circumferential seal (5, 6), or for mounting and/or arresting the plug part, wherein injecting through the at least one injection opening is performed in a portion, or in a region of a portion, of the main body in which the main body has a maximum wall thickness, and wherein the at least one injection opening is located at an injection point which is disposed in a depression on the circumference of the internal duct.
A method of controlling an automated manual transmission system having a transmission and a shifter providing a Drive Mode, a Low Mode and at least one of a Manual Mode and a Hold Mode, the Drive Mode automatically selecting a default gear of the transmission and automatically performing all upshifts and downshifts, the Manual Mode permitting an operator to manually select an upshift and a downshift of the transmission, the Hold Mode permitting an operator to maintain a current operating gear, the Low Mode performing downshifts of the transmission at higher engine revolutions per minute compared to Drive Mode the method comprising: determining whether the shifter is in one of Manual Mode, Hold Mode and Low Mode; determining whether a vehicle operating condition is outside of a predetermined threshold; and operating the transmission in Drive Mode based on the vehicle operating condition being outside of the predetermined threshold irrespective of the shifter being in one of the Manual Mode, Hold Mode and Low Mode; wherein the vehicle operating condition is a vehicle grade measurement and a vehicle weight, wherein it is determined that the vehicle operating condition is outside of the predetermined threshold when the grade is above a threshold for the vehicle weight. determining whether the shifter is in one of Manual Mode, Hold Mode and Low Mode; determining whether a vehicle operating condition is outside of a predetermined threshold; and operating the transmission in Drive Mode based on the vehicle operating condition being outside of the predetermined threshold irrespective of the shifter being in one of the Manual Mode, Hold Mode and Low Mode; wherein the vehicle operating condition is a vehicle grade measurement and a vehicle weight, wherein it is determined that the vehicle operating condition is outside of the predetermined threshold when the grade is above a threshold for the vehicle weight.
Vacuum cleaner comprising a main body, and a waste separation and storage device which comprises a waste storage container removably mounted on the main body, the waste storage container could be switched between a usage position and a removal position and comprising at least one air inlet configured to be sealingly connected with a connecting pipe supported by the main body when the waste storage container is in the usage position, the vacuum cleaner further comprising a clamping device configured to clamp the waste storage container in the usage position, the clamping device comprising elastic return means exerting a pressure on the waste storage container when the waste storage container occupies the usage position, characterised in that the waste storage container comprises at least one lateral abutment which, when the waste storage container is moved towards the usage position, engages with the main body to form a pivot point about which the waste storage container pivots under the effect of the pressure exerted by the elastic return means, such that the air inlet of the waste storage container is constrained against the connecting pipe.
A method for autofocusing on a portable electronic device, the method comprising: determining a first focus value from image data captured by a first image sensor associated with a first lens; determining a second focus value from image data captured by a second image sensor associated with a second lens; determining, from the first focus value and second focus value, whether a focus distance of the first lens or a focus distance of the second lens corresponds to a peak focus position; and when neither the focus distance of the first lens nor the focus distance of the second lens corresponds to the peak focus position, comparing the first focus value with the second focus value to determine a direction in which to adjust the focus distances of the first lens and the second lens, and adjusting the focus distances of the first lens and second lens according to the determined direction. determining a first focus value from image data captured by a first image sensor associated with a first lens; determining a second focus value from image data captured by a second image sensor associated with a second lens; determining, from the first focus value and second focus value, whether a focus distance of the first lens or a focus distance of the second lens corresponds to a peak focus position; and when neither the focus distance of the first lens nor the focus distance of the second lens corresponds to the peak focus position, comparing the first focus value with the second focus value to determine a direction in which to adjust the focus distances of the first lens and the second lens, and adjusting the focus distances of the first lens and second lens according to the determined direction.
An apparatus for revealing the geometry of operative cylinders, in particular during the grinding operation of the same, comprising - a pair of clamps (13, 14) which can be moved away from and towards each other with respect to a fixed intermediate structure, - a surface of said fixed intermediate structure characterized in that - said clamps (13, 14) have tilted contact surfaces (19, 20) in opposite directions to each other according to a swallowtail arrangement with respect to a cylinder being measured, positioned between them and between said surface of said fixed intermediate structure, - said clamps (13,14) are slidably movable along a common axis away from and towards each other, - said tilted contact surfaces (19,20) have a fixed angulation, so that said contact surfaces (19, 20) of said movable clamps (13, 14) and said surface of said fixed intermediate structure always being kept in contact with said cylinder whether it be still or rotating. - a pair of clamps (13, 14) which can be moved away from and towards each other with respect to a fixed intermediate structure, - a surface of said fixed intermediate structure - said clamps (13, 14) have tilted contact surfaces (19, 20) in opposite directions to each other according to a swallowtail arrangement with respect to a cylinder being measured, positioned between them and between said surface of said fixed intermediate structure, - said clamps (13,14) are slidably movable along a common axis away from and towards each other, - said tilted contact surfaces (19,20) have a fixed angulation, so that said contact surfaces (19, 20) of said movable clamps (13, 14) and said surface of said fixed intermediate structure always being kept in contact with said cylinder whether it be still or rotating.
Pneumatic actuator for actuating a functional element, in particular a pneumatic clutch actuator for a commercial vehicle for actuating a clutch of the commercial vehicle, comprising a pneumatic piston, a pneumatic housing, wherein the pneumatic piston is arranged in the pneumatic housing so as to be displaceable along an adjusting axis for executing a stroke, an interface holder with an interface for connecting the pneumatic actuator to the functional element, and a wear compensation device which is designed to temporarily fix the pneumatic piston and the interface holder in order to transmit an adjusting force (Fs) from the pneumatic piston to the interface holder and to release the temporary fixation between the pneumatic piston and the interface holder in order to compensate for a wear-related stroke change of the functional element, characterized in that the wear compensation device has an extension sleeve. a pneumatic piston, a pneumatic housing, wherein the pneumatic piston is arranged in the pneumatic housing so as to be displaceable along an adjusting axis for executing a stroke, an interface holder with an interface for connecting the pneumatic actuator to the functional element, and a wear compensation device which is designed to temporarily fix the pneumatic piston and the interface holder in order to transmit an adjusting force (Fs) from the pneumatic piston to the interface holder and to release the temporary fixation between the pneumatic piston and the interface holder in order to compensate for a wear-related stroke change of the functional element, characterized in that the wear compensation device has an extension sleeve.