mhurhangee/ep-ind-claims huggingface dataset:
An exercise machine, characterized in that it comprises: - a frame for resting on the ground, - a footboard element which is configured to oscillate with respect to the frame about a first axis and a second axis which are mutually perpendicular and intersect one another, - a handgrip element which is configured to oscillate with respect to the frame in an oscillating manner about the first axis and a third axis which are mutually perpendicular and intersect one another, wherein the footboard element and the handgrip element are functionally connected to each other in order to move in a substantially synchronous manner during the respective oscillation. - a frame for resting on the ground, - a footboard element which is configured to oscillate with respect to the frame about a first axis and a second axis which are mutually perpendicular and intersect one another, - a handgrip element which is configured to oscillate with respect to the frame in an oscillating manner about the first axis and a third axis which are mutually perpendicular and intersect one another,
An ingredient dispenser (1; 101; 201; 301) for dispensing ingredient into a liquid, the ingredient dispenser comprising an elongate main body (2; 102; 202; 302) comprising an ingredient dispensing portion (4; 104; 204; 304) at a distal end of the elongate main body, wherein the ingredient dispensing portion is configured to release ingredient (5; 105; 205; 305) from the ingredient dispenser, and a stirrer portion (3; 103; 203; 303) at a proximal end of the elongate main body, wherein the stirrer portion is configured to enable a liquid to be stirred by the stirrer portion, and wherein the main body is configured to at least partially disintegrate upon contact with a liquid including water; characterised in that: both the stirrer portion and the ingredient dispensing portion are configured to disintegrate in a liquid including water.
Device for regulating an air flow to a cooler device of a vehicle, wherein the air flow is directed to the cooler device through at least one opening of a bumper cover, wherein a cooler protection grille is arranged on said bumper cover, and a roller element is provided, said roller element being adjustable between a first and at least one second position, wherein the roller element uncovers the opening in the first position and covers the opening in the at least one second position at least partially, wherein at and/or in the opening a support element is provided supporting the roller element in the at least one second position, with the support element having at least one guide element for guiding the roller element during displacing the roller element, characterized in, that the support element has a lattice-like design and is aligned in its lattice structure with the cooler protection grille and in that at least one guide element is designed as an inner carrier, which can be gripped by an edge of the roller element.
Wiper arm apparatus having a wiper arm unit and a nozzle unit which is provided for applying washing water onto a vehicle window, wherein the nozzle unit is connected to the wiper arm unit in a wiper arm adapter region, wherein the nozzle unit is connected to the wiper arm unit by a latching connection and wherein the wiper arm unit comprises a wiper arm adapter to which the nozzle unit is connected by the latching connection, characterized in that the wiper arm adapter has a receiving space which is provided for at least partially receiving the nozzle unit.
An ECG monitoring device comprising: a handheld electrode patch including a plurality of electrodes (12, 204) configured to make contact with the body by separate, electrically conductive areas of hydrogel; a removable release liner covering the areas of hydrogel prior to use; and an ECG electronic module attached to the electrode patch in electrical communication with the electrodes (12, 204); characterized in that the removable release liner comprises a sheet of nonconductive material having conductive areas aligned with the areas of hydrogel. a handheld electrode patch including a plurality of electrodes (12, 204) configured to make contact with the body by separate, electrically conductive areas of hydrogel; a removable release liner covering the areas of hydrogel prior to use; and an ECG electronic module attached to the electrode patch in electrical communication with the electrodes (12, 204); characterized in that the removable release liner comprises a sheet of nonconductive material having conductive areas aligned with the areas of hydrogel.
A folding golf cart having a lock device to lock the golf cart in an extended state such that the golf cart cannot be folded, the lock device comprises: a locking pillar; a locking piece; and a push button; wherein the locking pillar is on one part and the locking piece is on another part of the golf cart and the two parts are arranged to move towards each other when unfolding the golf cart; characterized in that the locking piece and push button are disconnected; wherein the locking piece is arranged to provide a restriction through which the locking pillar is inserted during unfolding the cart, the locking piece being rotated to a first position by abutment between the locking pillar and locking piece without movement of the push button wherein the restriction is widened so as to allow a portion of the locking pillar to pass and the locking piece is biased to rotate towards a second position wherein the restriction is narrowed to prevent withdrawal of the locking pillar; and the push button is arranged to rotate the locking piece towards the first position to release the locking pillar from the restriction. a locking pillar; a locking piece; and a push button;
A fan containment system for fitment around an array of radially extending fan blades mounted on a hub in an axial gas turbine engine, the fan containment system comprising: an annular casing element for encircling an array of fan blades; an annular fan track liner positioned substantially coaxial to the annular casing element; a hook projecting in a generally radially inward direction from the annular casing element and positioned axially forward of an array of fan blades when the fan containment system is fitted around said fan blades; and a plurality of fasteners connecting the fan track liner to the hook, wherein the fasteners are configured so as to permit movement of the fan track liner towards the annular casing element when the fan track liner is impacted by a released fan blade, characterised in that the containment system further comprises a plurality of tabs (370, 470, 570, 770, 870) integrally formed with the hook and protruding from the hook in a generally rearward direction and spaced circumferentially along the hook; and the plurality of fasteners connect the fan track liner to the tabs. an annular casing element for encircling an array of fan blades; an annular fan track liner positioned substantially coaxial to the annular casing element; a hook projecting in a generally radially inward direction from the annular casing element and positioned axially forward of an array of fan blades when the fan containment system is fitted around said fan blades; and a plurality of fasteners connecting the fan track liner to the hook, wherein the fasteners are configured so as to permit movement of the fan track liner towards the annular casing element when the fan track liner is impacted by a released fan blade, characterised in that the containment system further comprises a plurality of tabs (370, 470, 570, 770, 870) integrally formed with the hook and protruding from the hook in a generally rearward direction and spaced circumferentially along the hook; and the plurality of fasteners connect the fan track liner to the tabs.
A rotary valve, comprising: a stator member with a stator face, the stator member having at least two stator channels (46, 48) for conducting a fluid and opening into the stator face; a rotor member with a rotor face facing and in contact with the stator face, the rotor member having a rotor channel in the rotor face, wherein the rotor member is rotatable with respect to the stator member about a rotation axis, such that in a conducting position, the rotor channel interconnects the at least two stator channels (46, 48) to be in fluid communication; a rotary encoder assembly adapted for determining a rotary position of the rotor member, the rotary encoder assembly comprising an encoder member and an encoder module, which is adapted to sense a rotary position of the encoder member; wherein the encoder member is rigidly connected to the rotor member and surrounds the rotor member; wherein the rotor member comprises a cylindrical body; wherein the encoder member is attached to an outer surface of the cylindrical body; characterised in that the rotor member comprises a rotor body providing the rotor face, which is made one-piece with the cylindrical body; wherein the cylindrical body comprises an opening for receiving a shaft of the rotary valve; wherein the encoder member surrounds the opening for receiving the shaft. a stator member with a stator face, the stator member having at least two stator channels (46, 48) for conducting a fluid and opening into the stator face; a rotor member with a rotor face facing and in contact with the stator face, the rotor member having a rotor channel in the rotor face, wherein the rotor member is rotatable with respect to the stator member about a rotation axis, such that in a conducting position, the rotor channel interconnects the at least two stator channels (46, 48) to be in fluid communication; a rotary encoder assembly adapted for determining a rotary position of the rotor member, the rotary encoder assembly comprising an encoder member and an encoder module, which is adapted to sense a rotary position of the encoder member; wherein the encoder member is rigidly connected to the rotor member and surrounds the rotor member; wherein the rotor member comprises a cylindrical body; wherein the encoder member is attached to an outer surface of the cylindrical body; characterised in that the rotor member comprises a rotor body providing the rotor face, which is made one-piece with the cylindrical body; wherein the cylindrical body comprises an opening for receiving a shaft of the rotary valve; wherein the encoder member surrounds the opening for receiving the shaft.
A roller for forming a thermoplastic resin film, wherein a surface of a substantially cylindrical core is provided with a layer of a rubber, the rubber has a change in hardness in a heat aging test at 150°C for 72 hours according to JIS K6257:2010 which is less than or equal to 15 degrees in type A durometer hardness according to JIS K6253:2012 and a surface of the layer of the rubber is provided with a layer of an amorphous carbon coat, wherein the rubber has in a main chain a carbon-carbon double bond, and a hydrocarbon-based hydrophobic layer is formed between the rubber layer and the layer of the amorphous carbon coat, characterized in that the rubber is a hydrogenated nitrile rubber.
A computer-implemented method of determining advective pressure difference across a blood vessel arising from blood flow within the blood vessel, comprising: obtaining blood velocity data at the inlet and outlet planes of the blood vessel; and processing the blood velocity data to determine: i) a flow rate of the blood through the blood vessel; and ii) an advective energy rate of the blood flow through the blood vessel; characterised in that the method further comprises calculating the pressure difference in dependence on both of the flow rate, and the advective energy rate, without considering a viscous dissipation rate and a kinetic energy of the blood flow through the blood vessel, and the blood velocity data is not obtained for anywhere else in the blood vessel other than the inlet and outlet planes. obtaining blood velocity data at the inlet and outlet planes of the blood vessel; and processing the blood velocity data to determine: i) a flow rate of the blood through the blood vessel; and ii) an advective energy rate of the blood flow through the blood vessel; i) a flow rate of the blood through the blood vessel; and ii) an advective energy rate of the blood flow through the blood vessel; characterised in that the method further comprises calculating the pressure difference in dependence on both of the flow rate, and the advective energy rate, without considering a viscous dissipation rate and a kinetic energy of the blood flow through the blood vessel, and the blood velocity data is not obtained for anywhere else in the blood vessel other than the inlet and outlet planes.
A server chassis (203, 204, 1503) of an electronic rack (200, 1500), comprising: a tray to contain one or more IT components, wherein the server chassis (203, 204, 1503) is stackable in a stack on an electronic rack (200, 1500), wherein each server chassis (203, 204, 1503) is divisible into a top section and a bottom section and the bottom section includes the tray, wherein the top section comprises: a secured panel, the secured panel being secured to the server chassis (203, 204, 1503); one or more frames adjustably attached to the secured panel; and one or more cooling units attached to the one or more frames, the one or more cooling units to interface with the one or more IT components to cool the one or more IT components, wherein the one or more frames are relocatable to a different position on the secured panel. a secured panel, the secured panel being secured to the server chassis (203, 204, 1503); one or more frames adjustably attached to the secured panel; and one or more cooling units attached to the one or more frames, the one or more cooling units to interface with the one or more IT components to cool the one or more IT components, wherein the one or more frames are relocatable to a different position on the secured panel.
A multiple wrap label (100; 200; 300) for application to a container (112; 312), comprising: a first wrap portion (102; 202; 302) extending from a first end (106; 206) and having a first width; and a second wrap portion (104; 204; 304) extending from the first wrap portion (102; 202; 302) to a second end (108; 208), the second wrap portion (104; 204; 304) having a second width greater than the first width such that the second wrap portion (104; 204; 304) extends over and encloses the first wrap portion (102; 202; 302) when the label (100; 200; 300) is applied to the container (112; 312), characterised in that the label (100; 200; 300) further comprises a pressure sensitive adhesive on an underside of the label (100; 200; 300) such that the second wrap portion (104; 204; 304) permanently bonds to the first wrap portion (102; 202; 302) over substantially the entire length of the first wrap portion (102; 202; 302) when the label (100; 200; 300) is applied to the container (112; 312). a first wrap portion (102; 202; 302) extending from a first end (106; 206) and having a first width; and a second wrap portion (104; 204; 304) extending from the first wrap portion (102; 202; 302) to a second end (108; 208), the second wrap portion (104; 204; 304) having a second width greater than the first width such that the second wrap portion (104; 204; 304) extends over and encloses the first wrap portion (102; 202; 302) when the label (100; 200; 300) is applied to the container (112; 312), characterised in that the label (100; 200; 300) further comprises a pressure sensitive adhesive on an underside of the label (100; 200; 300) such that the second wrap portion (104; 204; 304) permanently bonds to the first wrap portion (102; 202; 302) over substantially the entire length of the first wrap portion (102; 202; 302) when the label (100; 200; 300) is applied to the container (112; 312).
A liquid having oxygen absorbing ability, comprising a cobalt-salen complex or a derivative thereof and an ionic liquid formed from an anion having an amine structure and a cation of an aliphatic quaternary phosphonium or ammonium having alkyl chains with each 2-20 carbon atoms, wherein the anion of the ionic liquid is coordinated to a cobalt ion of the cobalt-salen complex or a derivative thereof, wherein the cobalt-salen complex is represented by the general formula: wherein R 1a, R 1b, R 2 and R 3 are the same or different and respectively are a hydrogen atom, a halogen atom, an alkyl or haloalkyl group with 1-6 carbon atoms, an alkoxy group with 1-6 carbon atoms, an acyl group with 1-6 carbon atoms, an amino group, a nitro group, a nitrile group (cyano group), a vinyl group or an aryl or heteroaryl group with 6-12 carbon atoms; and R 1a and R 1b may bind each other through an atom or an atomic group bound thereto to form a ring structure, and wherein the ionic liquid comprises an anion of N-methylglycine. wherein R 1a, R 1b, R 2 and R 3 are the same or different and respectively are a hydrogen atom, a halogen atom, an alkyl or haloalkyl group with 1-6 carbon atoms, an alkoxy group with 1-6 carbon atoms, an acyl group with 1-6 carbon atoms, an amino group, a nitro group, a nitrile group (cyano group), a vinyl group or an aryl or heteroaryl group with 6-12 carbon atoms; and R 1a and R 1b may bind each other through an atom or an atomic group bound thereto to form a ring structure, and wherein the ionic liquid comprises an anion of N-methylglycine.
A lawn mower robot, comprising: an inner body; an outer cover configured to surround an outer side of the inner body; wheels rotatably mounted at both sides of the inner body, respectively; a rotating plate rotatably mounted on a bottom surface of the inner body, and disposed to be inclined downward with respect to a horizontal plane in a traveling direction of the inner body; a plurality of blades coupled to an edge portion of the rotating plate to be unfolded in a centrifugal direction and folded in the direction of the center of the circle, and spaced apart from each other in a circumferential direction of the rotating plate to cut grass while rotating around the rotating shaft of the rotating plate; and a blade protection cover formed to be spaced apart from the rotating plate and including a tapered portion formed to be inclined downward along a circumferential direction at an edge portion of a blade protection cover body to prevent a fragment of an obstacle from being thrown out of the outer cover due to collision with the blades, wherein a lower side of the tapered portion is placed lower than the unfolded blades with respect to a plane being vertical to a rotation axis of the rotating plate. an inner body; an outer cover configured to surround an outer side of the inner body; wheels rotatably mounted at both sides of the inner body, respectively; a rotating plate rotatably mounted on a bottom surface of the inner body, and disposed to be inclined downward with respect to a horizontal plane in a traveling direction of the inner body; a plurality of blades coupled to an edge portion of the rotating plate to be unfolded in a centrifugal direction and folded in the direction of the center of the circle, and spaced apart from each other in a circumferential direction of the rotating plate to cut grass while rotating around the rotating shaft of the rotating plate; and a blade protection cover formed to be spaced apart from the rotating plate and including a tapered portion formed to be inclined downward along a circumferential direction at an edge portion of a blade protection cover body to prevent a fragment of an obstacle from being thrown out of the outer cover due to collision with the blades, wherein a lower side of the tapered portion is placed lower than the unfolded blades with respect to a plane being vertical to a rotation axis of the rotating plate.
Cover lens for a vehicle lighting device comprising a visual section, which is transparent and designated to form the light exit aperture of the lighting device, and a blank section, which is opaque and/or which is designated to be invisible from the exterior of the lighting device, when the cover lens is mounted to the lighting device or when cover lens is mounted to the lighting device and the lighting device is mounted to the vehicle, wherein the blank section comprises at least one condensation area, wherein the wall thickness of the condensation area is lower than the wall thickness of the visual section, and wherein the condensation area features a surface structure dedicated to increase the wettability with water.
A method for controlling a color printer or color copier, in which at least a color separation of a first color and a color separation of a second color are applied to a printing substrate to be printed in order to generate a print image, with the aid of a printing unit at least one control field is printed on the same printing substrate, wherein the control field has a predetermined pattern that includes at least the first color and the second color and that is designed such that the color value of the control field changes depending on the registration error between the first and the second color separation, with the aid of a color value sensor the color value of the control field is integrally measured over the entire control field in a color space, characterized in that on the same printing substrate at least one reference field is printed, the pattern of which is predetermined such that it presents the same color value independent of the registration error, the color value of the reference field is determined with the aid of the color value sensor, a desired color value is determined depending on the color value of the reference field, a deviation between the measured color value of the control field and the desired color value is determined as the Euclidean distance in the color space, the deviation corresponding to a spatial shift of the color separations, as a result whereof the registration error is determined, and in which depending on the determined deviation at least a control signal for reducing the spatial shift of the color separations is generated. with the aid of a printing unit at least one control field is printed on the same printing substrate, wherein the control field has a predetermined pattern that includes at least the first color and the second color and that is designed such that the color value of the control field changes depending on the registration error between the first and the second color separation, with the aid of a color value sensor the color value of the control field is integrally measured over the entire control field in a color space, characterized in that on the same printing substrate at least one reference field is printed, the pattern of which is predetermined such that it presents the same color value independent of the registration error, the color value of the reference field is determined with the aid of the color value sensor, a desired color value is determined depending on the color value of the reference field, a deviation between the measured color value of the control field and the desired color value is determined as the Euclidean distance in the color space, the deviation corresponding to a spatial shift of the color separations, as a result whereof the registration error is determined, and in which depending on the determined deviation at least a control signal for reducing the spatial shift of the color separations is generated.