mhurhangee/ep-ind-claims huggingface dataset:
A rolling element bearing, comprising: a plurality of rolling elements arranged circumferentially around an axis, and radially between a bearing inner ring and a bearing outer ring; the inner ring including a plurality of first passages, a second passage and a first channel that extends axially into the inner ring; and the first passages arranged circumferentially around the axis, and respectively extending axially through the inner ring from a plurality of first passage inlets to the first channel; characterised in that: the second passage includes a second passage inlet that is substantially axially aligned with one of the first passage inlets, and extends radially through the inner ring to a second passage outlet. a plurality of rolling elements arranged circumferentially around an axis, and radially between a bearing inner ring and a bearing outer ring; the inner ring including a plurality of first passages, a second passage and a first channel that extends axially into the inner ring; and the first passages arranged circumferentially around the axis, and respectively extending axially through the inner ring from a plurality of first passage inlets to the first channel; characterised in that: the second passage includes a second passage inlet that is substantially axially aligned with one of the first passage inlets, and extends radially through the inner ring to a second passage outlet. the second passage includes a second passage inlet that is substantially axially aligned with one of the first passage inlets, and extends radially through the inner ring to a second passage outlet.
Micro-gas turbine plant comprising a combustion chamber for generating exhaust gas by combustion of fuel supplied from the combustion chamber, a turbine which is arranged downstream of the combustion chamber in an exhaust gas line and is intended for expanding the exhaust gas to a pressure below atmospheric pressure, a compressor which is arranged downstream of the turbine and a device which is associated with the turbine and is intended for extracting energy, the combustion chamber having a primary gas supply for adding primary gas, in particular primary air, which participates in the combustion in a primary combustion zone, secondary gas, in particular secondary air, additionally being supplied in the combustion chamber downstream of the primary combustion zone, and at least one setting device for setting the ratio between the primary gas and the secondary gas during operation of the micro-gas turbine arrangement being arranged upstream of the combustion chamber, at least two separate gas supply lines, a primary gas supply line and a secondary gas supply line, in addition to a fuel supply line, being associated with the combustion chamber for the separate supply of the primary and the secondary gas, the micro-gas turbine arrangement additionally comprising a recuperator unit through which, during operation, the gas to be supplied from the combustion chamber flows in order to preheat said gas, and through which exhaust gas flows downstream of the turbine, characterized in that a splitting point for splitting the gas into the separate gas supply lines (10, 11) is arranged upstream of the recuperator unit and in that the at least one setting device is arranged downstream of the splitting point and upstream of the recuperator unit.
A separating device for separating an item from a stack of items, the separating device comprising: - a carrier unit (20; 40; 50) having a support surface (24; 44; 54) to support numerous items stacked on top of each other in an axial direction (z), and having at least a first discharge outlet (25; 45; 55) for a pressurized fluid to at least partially raise the stack of items from an initial position into an elevated position relative to the support surface (24; 44; 54) and to keep at least several items of the stack in the elevated position, - a gripping unit (30; 60) having at least one suction nozzle (38; 68) to grip the uppermost item when the stack is in the elevated position, and - wherein the carrier unit (20; 40; 50) and the gripping unit (30; 60) are displaceable relative to each other at least in the axial direction (z), characterized in that - the carrier unit (20; 40, 50) and the gripping unit (30; 60) are transferable into a mutual abutment configuration to form a confined volume in which the stack of items is displaceable between the initial and elevated position. - a carrier unit (20; 40; 50) having a support surface (24; 44; 54) to support numerous items stacked on top of each other in an axial direction (z), and having at least a first discharge outlet (25; 45; 55) for a pressurized fluid to at least partially raise the stack of items from an initial position into an elevated position relative to the support surface (24; 44; 54) and to keep at least several items of the stack in the elevated position, - a gripping unit (30; 60) having at least one suction nozzle (38; 68) to grip the uppermost item when the stack is in the elevated position, and - wherein the carrier unit (20; 40; 50) and the gripping unit (30; 60) are displaceable relative to each other at least in the axial direction (z), characterized in that - the carrier unit (20; 40, 50) and the gripping unit (30; 60) are transferable into a mutual abutment configuration to form a confined volume in which the stack of items is displaceable between the initial and elevated position.
A mobile terminal, comprising: a front shell, a back shell, opposite to the front shell; a first screen, mounted on the front shell; characterized by further comprising: a frame, comprising a pair of spaced and parallel external walls (41, 42) engaged with the front shell and the back shell; wherein each of the external walls (41, 42) has a top lower than tops of the front shell and the back shell; the tops respectively of the external walls (41, 42), the front shell and the back shell cooperatively define a receiving groove; a sliding device, received in the receiving groove and configured to move with respect to the first screen, between a first position at which the sliding device extends out of the receiving groove and a second position at which the sliding device retracts into the receiving groove; and a first camera, arranged on the sliding device; wherein when the sliding device is at the first position, the first camera is exposed out of the receiving groove; when the sliding device is at the second position, the first camera is received in the receiving groove and covered by the first screen. a front shell, a back shell, opposite to the front shell; a first screen, mounted on the front shell; characterized by further comprising: a frame, comprising a pair of spaced and parallel external walls (41, 42) engaged with the front shell and the back shell; wherein each of the external walls (41, 42) has a top lower than tops of the front shell and the back shell; the tops respectively of the external walls (41, 42), the front shell and the back shell cooperatively define a receiving groove; a sliding device, received in the receiving groove and configured to move with respect to the first screen, between a first position at which the sliding device extends out of the receiving groove and a second position at which the sliding device retracts into the receiving groove; and a first camera, arranged on the sliding device; wherein when the sliding device is at the first position, the first camera is exposed out of the receiving groove; when the sliding device is at the second position, the first camera is received in the receiving groove and covered by the first screen. a frame, comprising a pair of spaced and parallel external walls (41, 42) engaged with the front shell and the back shell; wherein each of the external walls (41, 42) has a top lower than tops of the front shell and the back shell; the tops respectively of the external walls (41, 42), the front shell and the back shell cooperatively define a receiving groove; a sliding device, received in the receiving groove and configured to move with respect to the first screen, between a first position at which the sliding device extends out of the receiving groove and a second position at which the sliding device retracts into the receiving groove; and a first camera, arranged on the sliding device; wherein when the sliding device is at the first position, the first camera is exposed out of the receiving groove; when the sliding device is at the second position, the first camera is received in the receiving groove and covered by the first screen.
Onboard directional planar antenna comprising at least one array of radiating slot waveguides, characterized in that: - the array of radiating slot waveguides comprises an alternating succession of three superposed metallic plates, respectively lower, intermediate and upper and two dielectric substrates, respectively lower and upper, inserted between two consecutive metallic plates, - the two lower and upper substrates have each at least four adjacent waveguides (10, 11), the waveguides of the lower substrate and the upper substrate being identical in number corresponding pairwise and communicating with one other pairwise by way of coupling slots passing through the intermediate metallic plate, - each waveguide of the upper substrate further comprises a plurality of radiating slots passing through the upper metallic plate, all the radiating slots of one and the same waveguide are parallel to one other and oriented in one and the same direction, the radiating slots of two adjacent waveguides being arranged in chevrons, each waveguide of the lower substrate has an individual internal feed circuit comprising an internal individual electronic circuit for phase shifting and amplification, and - said planar antenna comprises an electronic circuit for phase shifting circuit intended to establish a circular polarization of a wave emitted by the array of radiating slot guides. - the array of radiating slot waveguides comprises an alternating succession of three superposed metallic plates, respectively lower, intermediate and upper and two dielectric substrates, respectively lower and upper, inserted between two consecutive metallic plates, - the two lower and upper substrates have each at least four adjacent waveguides (10, 11), the waveguides of the lower substrate and the upper substrate being identical in number corresponding pairwise and communicating with one other pairwise by way of coupling slots passing through the intermediate metallic plate, - each waveguide of the upper substrate further comprises a plurality of radiating slots passing through the upper metallic plate, all the radiating slots of one and the same waveguide are parallel to one other and oriented in one and the same direction, the radiating slots of two adjacent waveguides being arranged in chevrons, each waveguide of the lower substrate has an individual internal feed circuit comprising an internal individual electronic circuit for phase shifting and amplification, and - said planar antenna comprises an electronic circuit for phase shifting circuit intended to establish a circular polarization of a wave emitted by the array of radiating slot guides.
Device for unlocking a window, a flap or the like, having a sash pivotably mounted on an outer frame, wherein the device has a drive with a drive unit and an actuating element which extends between the drive unit and a bracket, wherein the drive unit is arranged on the outer frame or the sash and the bracket is arranged on the sash or on the outer frame wherein the bracket has a substantially flat longitudinal extent and is displaceable along this extent between a first position and a second position to releasably couple the actuating element of the drive unit with the bracket, characterized in that a pushing element, which is arranged in a built-on manner, is arranged on the flat longitudinal extent of the bracket, by means of which pushing element the bracket is adjustable along its extent, wherein, with the window closed, the pushing element projects into a region below a gap between the outer frame and sash, and which pushing element, with the window closed, is longitudinally displaceable through the gap between the outer frame and sash, with the result that, in order to unlock the window, the actuating element can be released from the bracket from outside the window.
A computing device comprising: a radio frequency identification, RFID, transceiver associated with an identification proximity to identify an RFID tag associated with a component installable at the computing device; and a controller configured to determine proper installation of the component based on the RFID tag being identified, characterized in that the controller is further configured to determine the proper installation based on a transmission power of the RFID transceiver and a position and an orientation of the component such that the RFID tag is to be within the identification proximity and the component is to be installed at a component interface of the computing device. a radio frequency identification, RFID, transceiver associated with an identification proximity to identify an RFID tag associated with a component installable at the computing device; and a controller configured to determine proper installation of the component based on the RFID tag being identified, characterized in that the controller is further configured to determine the proper installation based on a transmission power of the RFID transceiver and a position and an orientation of the component such that the RFID tag is to be within the identification proximity and the component is to be installed at a component interface of the computing device.
A packaging device for packaging a meat product having a cylindrical or frusto-conical shape, the packaging device having a frame extending generally in the horizontal plane (xz) and an arm holder extending perpendicularly to said frame in the vertical plane (xy), said packaging device comprising; a rotator for accommodating the meat product in an upright manner and rotating the same around its primary axis (y), a robot arm which is rotatably attached to the arm holder and which, in use, carries a roll of flexible coating material for wrapping on the surface of said meat product, characterized in that said packaging device further comprises a pair of locking blades (12A, 12B) which are adapted to move in the horizontal plane (xz) wherein said pair of locking blades compress the flexible coating material at the bottom end of the meat product such that the flexible coating material is matted on the bottom surface of the meat product when said meat product is rotated around its primary axis (y).
A method for sampling wheel acceleration, characterized by comprising: acquiring a real-time wheel acceleration value of a target wheel and calculating a time length required to rotate for a preset number of revolutions of the target wheel according to a first association relationship between the wheel acceleration and the time length required to rotate for the preset number of revolutions of the target wheel; obtaining a time interval between any two adjacent sampling points according to the time length required to rotate for the preset number of revolutions; and sampling the wheel acceleration of the target wheel once every the time interval starting from any time. acquiring a real-time wheel acceleration value of a target wheel and calculating a time length required to rotate for a preset number of revolutions of the target wheel according to a first association relationship between the wheel acceleration and the time length required to rotate for the preset number of revolutions of the target wheel; obtaining a time interval between any two adjacent sampling points according to the time length required to rotate for the preset number of revolutions; and sampling the wheel acceleration of the target wheel once every the time interval starting from any time.
A lipolytic enzyme which: a) is a polypeptide having an amino acid sequence which has at least 80% homology with a reference lipolytic enzyme wherein the reference lipolytic enzyme is the lipase from Humicola lanuginosa (SP400 shown in figure 1); b) compared to said reference lipolytic enzyme comprises an amino acid alteration which is a substitution corresponding to G266A,D,L,S,V,W,E in the lipase from Humicola lanuginosa (SP400 shown in figure 1); and c) has an increased activity on an ester bond in a substrate compared with the reference lipolytic enzyme wherein the activity is phospholipase activity. a) is a polypeptide having an amino acid sequence which has at least 80% homology with a reference lipolytic enzyme wherein the reference lipolytic enzyme is the lipase from Humicola lanuginosa (SP400 shown in figure 1); b) compared to said reference lipolytic enzyme comprises an amino acid alteration which is a substitution corresponding to G266A,D,L,S,V,W,E in the lipase from Humicola lanuginosa (SP400 shown in figure 1); and c) has an increased activity on an ester bond in a substrate compared with the reference lipolytic enzyme wherein the activity is phospholipase activity.
Foam composition for construction use, in particular for filling joints or for assembling components, containing a foamable aqueous phase and a blowing agent, which are capable to form a foam by ejecting them together from a nozzle, the foamable aqueous phase comprising at least one organic polymer and inorganic components, the organic polymer being contained in the aqueous phase, based on its dry substance, in a content of ≥ 3% by weight, the organic polymer being a film-forming organic polymer and the organic polymer being in the form of an aqueous dispersion or solution, characterized in that the inorganic components comprise a silicate chemically dissolved in the aqueous phase, the solution of which is film-forming, in that the water-soluble silicate is contained in the aqueous phase in a content of 3% by weight, based on its dry substance, in that the organic film-forming polymer together with the silicate solution forms a silicate-polymer-foam when foaming, in that the organic film-forming polymer and the water-soluble silicate, in each case based on their dry substance, are contained in the aqueous phase in a weight ratio of 8:1 to 1.75:1 and in that the total content of organic film-forming polymer and water-soluble silicate in the aqueous phase is ≥ 20% by weight and ≤ 75% by weight.
An absorbent having an ability to absorb granulocytes, monocytes and cytokine in blood, characterised in that the absorbent has a zeta potential of -20 mV or more, the absorbent comprises a water-insoluble carrier having a functional group bound thereto and the water-insoluble carrier has a quaternary ammonium salt and/or a straight chain amino group bound thereto.
A water aerator system (10, 110), comprising: an aerator frame having an upper portion and a lower portion opposite the upper portion; an air pump disposed atop the aerator frame; a float disposed within the aerator frame; and an air dispensing nozzle disposed beneath the aerator frame, the air dispensing nozzle communicating pneumatically with the air pump, characterized in that the water aerator system comprises a renewable energy power generator connected to the air pump for providing power to the air pump, in that the float is disposed generally medially within the aerator frame and in that the system (10, 110) further comprises a perforated diffuser plate disposed across the lower portion of the aerator frame, the air dispensing nozzle being disposed beneath the diffuser plate. an aerator frame having an upper portion and a lower portion opposite the upper portion; an air pump disposed atop the aerator frame; a float disposed within the aerator frame; and an air dispensing nozzle disposed beneath the aerator frame, the air dispensing nozzle communicating pneumatically with the air pump, characterized in that the water aerator system comprises a renewable energy power generator connected to the air pump for providing power to the air pump, in that the float is disposed generally medially within the aerator frame and in that the system (10, 110) further comprises a perforated diffuser plate disposed across the lower portion of the aerator frame, the air dispensing nozzle being disposed beneath the diffuser plate.
A thin film solar cell module comprising: a substrate; and a plurality of cells (920, 930) each including a first electrode positioned on the substrate, a second electrode positioned on the first electrode, and a photoelectric transformation layer positioned between the first electrode and the second electrode, wherein the plurality of cells (920, 930) are divided into a first group and a second group, wherein a plurality of cells included in the first group are electrically connected in series to one another, and a plurality of cells included in the second group are electrically connected in series to one another, wherein the first group and the second group are connected in parallel to each other using a lead wire (1640, 1650), wherein the lead wire (1640, 1650) is positioned on both the first group and the second group, wherein the first group and the second group are spaced apart from each other on the substrate, wherein an insulating layer formed of a nonconductive material is positioned between the first group and the second group on the substrate; wherein the first group and the second group are physically separated from each other by the insulating layer on the substrate; wherein a distance d1 between the first and second groups (900, 910) is less than a width (W1, W2, W3, W4) of one cell included in the first group or the second group, and wherein the insulating layer is formed of synthetic resin material. a substrate; and a plurality of cells (920, 930) each including a first electrode positioned on the substrate, a second electrode positioned on the first electrode, and a photoelectric transformation layer positioned between the first electrode and the second electrode, wherein the plurality of cells (920, 930) are divided into a first group and a second group, wherein a plurality of cells included in the first group are electrically connected in series to one another, and a plurality of cells included in the second group are electrically connected in series to one another, wherein the first group and the second group are connected in parallel to each other using a lead wire (1640, 1650), wherein the lead wire (1640, 1650) is positioned on both the first group and the second group, wherein the first group and the second group are spaced apart from each other on the substrate, wherein an insulating layer formed of a nonconductive material is positioned between the first group and the second group on the substrate; wherein the first group and the second group are physically separated from each other by the insulating layer on the substrate; wherein a distance d1 between the first and second groups (900, 910) is less than a width (W1, W2, W3, W4) of one cell included in the first group or the second group, and wherein the insulating layer is formed of synthetic resin material.