mhurhangee/ep-ind-claims huggingface dataset:
A free-standing accessory stand, comprising: a ground support portion comprising a plurality of spaced apart feet; an enclosure extending upward relative to the ground support portion, the enclosure disposed about a central axis of the enclosure; an upper surface extending transversely to the central axis of the enclosure, the upper surface facing away from the ground support portion; an accessory support having an outer surface projecting away from the upper surface along the central axis of the enclosure, the accessory support having a retractable end; a cap disposed at the retractable end of the accessory support, the cap having a lower surface extending transversely away from the central axis of the enclosure; and a mounting space is provided between the upper surface of the enclosure, the lower surface of the cap, and the outer surface of the accessory support characterized in that the accessory support is moveable relative to the enclosure such that the retractable end of the accessory support can be extended away from the enclosure in a first configuration of the free standing accessory stand and retracted towards the enclosure in a second configuration of the free standing accessory stand; and in that when the free standing accessory stand is in the second configuration the lower surface of the cap is disposed adjacent to upper surface of the free standing accessory stand. a ground support portion comprising a plurality of spaced apart feet; an enclosure extending upward relative to the ground support portion, the enclosure disposed about a central axis of the enclosure; an upper surface extending transversely to the central axis of the enclosure, the upper surface facing away from the ground support portion; an accessory support having an outer surface projecting away from the upper surface along the central axis of the enclosure, the accessory support having a retractable end; a cap disposed at the retractable end of the accessory support, the cap having a lower surface extending transversely away from the central axis of the enclosure; and a mounting space is provided between the upper surface of the enclosure, the lower surface of the cap, and the outer surface of the accessory support characterized in that the accessory support is moveable relative to the enclosure such that the retractable end of the accessory support can be extended away from the enclosure in a first configuration of the free standing accessory stand and retracted towards the enclosure in a second configuration of the free standing accessory stand; and in that when the free standing accessory stand is in the second configuration the lower surface of the cap is disposed adjacent to upper surface of the free standing accessory stand.
A safety method for use at a loading dock that includes an indoor area, an outdoor area and a doorway between the indoor area and the outdoor area, and a dock face generally facing in a forward direction toward the outdoor area, said method comprising: sensing whether a person is within an area adjacent the dock face of the loading dock; emitting a first signal via a signal device (38, 60) in response to sensing the person within the area; characterized by: sensing rearward movement of a vehicle toward the dock face; emitting a second signal via the signal device in response to sensing rearward movement of the vehicle if the person is not present in the area; and emitting a third signal via the signal device in response to sensing both the rearward movement of the vehicle and the person being present within the area, wherein the first signal, the second signal and the third signal are distinguishable from each other. sensing whether a person is within an area adjacent the dock face of the loading dock; emitting a first signal via a signal device (38, 60) in response to sensing the person within the area; characterized by: sensing rearward movement of a vehicle toward the dock face; emitting a second signal via the signal device in response to sensing rearward movement of the vehicle if the person is not present in the area; and emitting a third signal via the signal device in response to sensing both the rearward movement of the vehicle and the person being present within the area, wherein the first signal, the second signal and the third signal are distinguishable from each other. sensing rearward movement of a vehicle toward the dock face; emitting a second signal via the signal device in response to sensing rearward movement of the vehicle if the person is not present in the area; and emitting a third signal via the signal device in response to sensing both the rearward movement of the vehicle and the person being present within the area, wherein the first signal, the second signal and the third signal are distinguishable from each other.
Multilayer metal static cylinder head gasket for establishing a seal between a cylinder head and an engine block, comprising: a metal functional layer (12, 14) having an outer periphery and an inner periphery forming an opening configured to surround a cylinder bore and a full compression bead radially outwardly from and circumferentially surrounding said opening, said full compression bead extending out of a plane of said functional layer (12, 14) a predetermined first distance; a metal distance layer, and a compression limiter provided by at least one of said functional layer or said distance layer (12, 14), said compression limiter preventing said full compression bead from being completely flattened between the cylinder head and the engine block characterized in that said metal layer comprises two pieces, the first of said pieces has a first radial portion and a second radial portion, wherein said first radial portion has a first thickness (t 1) and extends to an opening and is configured to register with said opening of said functional layer (12, 14) and wherein said second radial portion extends radially outwardly from said first radial portion and is aligned with said full compression bead, and wherein said second radial portion has a second thickness (t 2) that is less than said first thickness (t 1); and the second of said pieces has a third radial portion extending radially outward from said second radial portion and having a third thickness (t 3) that is less than said second thickness (t 2). a metal functional layer (12, 14) having an outer periphery and an inner periphery forming an opening configured to surround a cylinder bore and a full compression bead radially outwardly from and circumferentially surrounding said opening, said full compression bead extending out of a plane of said functional layer (12, 14) a predetermined first distance; a metal distance layer, and a compression limiter provided by at least one of said functional layer or said distance layer (12, 14), said compression limiter preventing said full compression bead from being completely flattened between the cylinder head and the engine block characterized in that said metal layer comprises two pieces, the first of said pieces has a first radial portion and a second radial portion, wherein said first radial portion has a first thickness (t 1) and extends to an opening and is configured to register with said opening of said functional layer (12, 14) and wherein said second radial portion extends radially outwardly from said first radial portion and is aligned with said full compression bead, and wherein said second radial portion has a second thickness (t 2) that is less than said first thickness (t 1); and the second of said pieces has a third radial portion extending radially outward from said second radial portion and having a third thickness (t 3) that is less than said second thickness (t 2).
An apparatus for filtering a set of samples (115; 215) of an image using a loop filter (120; 220) with adaptive multiplier coefficients represented by integer numbers, the apparatus comprising processing circuitry which is configured to determine the value of each multiplier coefficient of the loop filter (120; 220) so as to be within a set of allowed values so that a binary representation of the absolute value of each multiplier coefficient with a predetermined number L of binary digits includes at least one "zero", wherein the binary representation is from the most significant bit to the least significant bit in order, and filter the set of samples (115; 215) of an image with the loop filter (120; 220); wherein the binary representation of the absolute value of each multiplier coefficient includes at most two "ones". determine the value of each multiplier coefficient of the loop filter (120; 220) so as to be within a set of allowed values so that a binary representation of the absolute value of each multiplier coefficient with a predetermined number L of binary digits includes at least one "zero", wherein the binary representation is from the most significant bit to the least significant bit in order, and filter the set of samples (115; 215) of an image with the loop filter (120; 220); wherein the binary representation of the absolute value of each multiplier coefficient includes at most two "ones".
Method for operating a start-stop system of a motor vehicle, which is configured to turn off the engine of the motor vehicle when the motor vehicle is in a stationary phase, wherein, when a traffic jam is detected, movement status information received, through at least one wireless communication device, from other road users located in front of the motor vehicle in question is evaluated, in order to ascertain congestion information indicating a clearing and/or moving phase of the jam, and the engine is automatically started and/or a message is issued to the driver based on the congestion information, while the position and speed of a drive point located in front of the motor vehicle, at which the other road users are switching from a stationary to a moving state, is determined as congestion information, the starting of the engine and/or the issuing of the message taking place as a result of the distance of the drive point from the motor vehicle in question, on falling below a threshold which is adjusted depending on the speed of the drive point.
A polyether polyamide elastomer comprising a diamine constituent unit derived from a polyether diamine compound (A-1) represented by the following formula and a xylylenediamine (A-2) and a dicarboxylic acid constituent unit derived from an α,ω-linear aliphatic dicarboxylic acid having a carbon number of from 4 to 20: wherein (x + z) represents a numerical value of from 2 to 20; y represents a numerical value of from 1 to 20; and R 1 represents a propylene group; wherein the weight average molecular weight of the polyether diamine compound (A-1) is 200 to 2,000; and wherein the α,ω-linear aliphatic dicarboxylic acid having a carbon number of from 4 to 20 is at least one member selected from the group consisting of adipic acid and sebacic acid, wherein the xylylenediamine (A-2) is a mixture of m-xylylenediamine and p-xylylenediamine, and wherein a proportion of the p-xylylenediamine relative to a total amount of m-xylylenediamine and p-xylylenediamine is from 1 to 80% by mole.
A light shaft extension element for extending the top of a light shaft, wherein the light shaft extension element substantially comprises a hollow profile, and the light shaft extension element may be fastened exclusively to the light shaft, the light shaft extension element furthermore comprising: a circumferential support protrusion at the inner side of the light shaft extension element for supporting a grated cover for an upper shaft opening of the light shaft, characterized in that the light shaft extension element has a substantially T-shaped cross-section.
A food waste treating apparatus, comprising: a housing including a food inlet opening on its upper surface; and a rotating shaft assembly provided within the housing and configured to move food waste within the housing, wherein the rotating shaft assembly is comprised of: a rotating shaft; a plurality of supporting bars evenly attached and extended from the rotating shaft in a perpendicular direction to the rotating shaft; a plurality of agitating blades provided at each ends of the plurality of supporting bars; a motor configured to supply power to rotate the rotating shaft; and a torque transferring structure connected to both ends of the rotating shaft and configured to transfer torque from the motor. a housing including a food inlet opening on its upper surface; and a rotating shaft assembly provided within the housing and configured to move food waste within the housing, wherein the rotating shaft assembly is comprised of: a rotating shaft; a plurality of supporting bars evenly attached and extended from the rotating shaft in a perpendicular direction to the rotating shaft; a plurality of agitating blades provided at each ends of the plurality of supporting bars; a motor configured to supply power to rotate the rotating shaft; and a torque transferring structure connected to both ends of the rotating shaft and configured to transfer torque from the motor. a rotating shaft; a plurality of supporting bars evenly attached and extended from the rotating shaft in a perpendicular direction to the rotating shaft; a plurality of agitating blades provided at each ends of the plurality of supporting bars; a motor configured to supply power to rotate the rotating shaft; and a torque transferring structure connected to both ends of the rotating shaft and configured to transfer torque from the motor.
A method of manufacturing an electronic component with reduced risk of shorts, comprising the steps of: - providing a flexible substrate, - arranging an electrically active part as a stack of layers on the substrate, wherein the electrically active part comprises a bottom electrode layer, a top electrode layer and at least one insulating or semi-insulating layer between the bottom electrode layer and the top electrode layer, - depositing a protective layer fluid material on top of the electrically active part, - hardening the protective layer fluid material into a protective hard layer, characterized in the step of electrically operating the electrically active part after deposition of the protective layer fluid material but before the step of hardening. - providing a flexible substrate, - arranging an electrically active part as a stack of layers on the substrate, wherein the electrically active part comprises a bottom electrode layer, a top electrode layer and at least one insulating or semi-insulating layer between the bottom electrode layer and the top electrode layer, - depositing a protective layer fluid material on top of the electrically active part, - hardening the protective layer fluid material into a protective hard layer,
A combine harvester comprising a driver assist system, wherein the combine harvester has a plurality of working members which process the crop material passing through the combine harvester and the driver assist system is formed by at least one data processing and control unit and at least one display unit and the data processing and control unit processes information generated by machine-internal sensor systems, information stored in the data processing and control unit and/or external information, characterised in that the driver assist system includes selectable process implementation strategies (42, 43), wherein the selection criterion of a process implementation strategy (42, 43) is the quality of the crop material required for an intended purpose of use of the crop material (5, 11) and/or optimisation criteria of the working members.
A nasopharyngeal cannula comprising a main tubular body made of soft and deformable material, a sensor, and a bracket, said bracket being provided with at least one support for said sensor, in the configuration for use said tubular body being inserted within a nostril of a patient until a front is aligned with the pharynx of said patient, and said sensor, preset to measure the percentage of carbon dioxide that is present in the exhaled gas, being inserted at least partially in the other nostril of the patient and being struck by the exhaled flow, said bracket being coupled slidingly and rotatably to the lateral walls of said tubular body for its arrangement in any geometric configuration with respect to said tubular body, said support protruding from said bracket in a substantially radial direction with respect to said tubular body, said support comprising a seat for the accommodation of said sensor, said sensor being constituted by a cannula through which it is possible to draw the gas exhaled by the patient and send it to a true capnometric transducer.
A middle- or large-sized battery pack having two or more hexahedral battery modules, each including a plurality of chargeable and dischargeable plate-shaped battery cells or unit modules (unit cells), mounted in a pack case, wherein the battery pack is used as a power source for driving electric vehicles or plug-in hybrid electric vehicles, has a battery capacity of 5 KWh or more, and removes heat generated during the charge and discharge of the unit cells using an air cooling method, the unit cells of each of the battery modules are vertically stacked to a direction of the flow of a coolant such that the number of the unit cells corresponds to a height of a battery pack installation space defined in the vehicle while neighboring unit cells are spaced apart from each other such that a coolant channel is defined between the respective unit cells, the pack case is formed in a shape corresponding to the battery pack installation space in the vehicle, the hexahedral battery modules being arranged in an inner space of the pack case, and the coolant for removing heat from the unit cells is introduced through at least one side of the pack case, passes through the battery modules horizontally, and is discharged through the other side of the pack case, wherein the battery pack installation space in the vehicle is a space defined in a trunk of the vehicle at the rear of a back seat, wherein the battery pack, which will be installed in the space defined in the trunk of the vehicle at the rear of the back seat, is constructed to have a structure in which a pair of battery modules are installed in the pack case such that one battery module is disposed spaced apart by a predetermined spacing distance from the other battery module in the lateral direction, coolant suction ports are formed at regions of the pack case corresponding to the battery modules, and a coolant discharge port is formed at a region of the pack case between the respective battery modules, and wherein the coolant suction ports are formed at opposite sides of the pack case, and the coolant suction ports are perpendicular to the coolant discharge port.
A heater core, comprising: a plurality of plate pairs, each plate pair defining a respective fluid flow chamber; each plate pair having a proximal plate defining a respective proximal plate plane and a distal plate defining a respective distal plate plane wherein each of the proximal plate planes and the distal plate planes are parallel, and each plate pair has bilateral symmetry about a medial plane orthogonal to the proximal plate planes; a circular inlet aperture defined in each respective proximal plate and each respective distal plate of the plurality of plate pairs, each inlet aperture having an inlet center on the medial plane, the inlet apertures aligned on a common inlet aperture axis; and a circular outlet aperture defined in each respective proximal plate and each respective distal plate of the plurality of plate pairs, each outlet aperture having an outlet center on the medial plane wherein a first edge of each of the plate pairs lies in a first plane to define a first face of the heater core, characterized in that a second edge of each of the brazed plate pairs opposite the first edge includes a protuberance to surround a portion of a perimeter of said outlet aperture in the brazed plate pair, the protuberances being aligned to define a mound on a second face of the heater core opposite the first face.
A method comprising: determining that a current path of travel of a device to a second location is similar to a stored path of travel of the device from a first location to the second location, the determining based at least in part on the device's orientation and motion while on the current path; deactivating a wireless input-output device interface; and activating, prior to arriving at the second location, the wireless input-output device interface based on the wireless input-output device interface being previously activated by a prior user-device interaction at the second location, wherein the deactivating and activating are based at least in part on determining that the current path of travel is similar to the stored path of travel. determining that a current path of travel of a device to a second location is similar to a stored path of travel of the device from a first location to the second location, the determining based at least in part on the device's orientation and motion while on the current path; deactivating a wireless input-output device interface; and activating, prior to arriving at the second location, the wireless input-output device interface based on the wireless input-output device interface being previously activated by a prior user-device interaction at the second location, wherein the deactivating and activating are based at least in part on determining that the current path of travel is similar to the stored path of travel.
A catheter device for aiding the performance of an image guided procedure, comprising: a catheter portion having first and second ends and a plurality of lumens; and a balloon portion at the second end of the catheter portion that, when inflated, removably fixes the catheter device into a portion of an anatomy of a patient; wherein at least one of the plurality of lumens is in fluid communication with the balloon portion and causes the balloon to inflate when a fluid is moved therethrough, wherein at least a portion of at least one of the plurality of lumens is visible to one or more imaging modalities, wherein at least one of the plurality of lumens accommodates a registration device having one or more position indicating elements that provide patient space data regarding the second end of the catheter portion using a tracking device, characterized in that the portion of the at least one of the plurality of lumens visible to one or more imaging modalities comprises a lumen within the catheter portion that forms a tortuous pattern visible to the one or more imaging modalities when a material visible to the imaging modality is introduced into the lumen. a catheter portion having first and second ends and a plurality of lumens; and a balloon portion at the second end of the catheter portion that, when inflated, removably fixes the catheter device into a portion of an anatomy of a patient; wherein at least one of the plurality of lumens is in fluid communication with the balloon portion and causes the balloon to inflate when a fluid is moved therethrough, wherein at least a portion of at least one of the plurality of lumens is visible to one or more imaging modalities, wherein at least one of the plurality of lumens accommodates a registration device having one or more position indicating elements that provide patient space data regarding the second end of the catheter portion using a tracking device, characterized in that the portion of the at least one of the plurality of lumens visible to one or more imaging modalities comprises a lumen within the catheter portion that forms a tortuous pattern visible to the one or more imaging modalities when a material visible to the imaging modality is introduced into the lumen.