mhurhangee/ep-ind-claims huggingface dataset:
A rotating or linear electrical machine comprising: a stator or rotor comprising a plurality of serially connected switching cells, wherein each switching cell comprises a winding subsection and a current reverser arranged to controllably alter a current direction through the winding subsection, wherein each current reverser comprises a capacitor arranged to form a resonant circuit in cooperation with the winding subsection, and wherein each current reverser further comprises switch assemblies (20a-d/25a-d) capable of bidirectional voltage blocking for changing the polarity of the voltage across the winding subsection, characterized in that each switching cell comprises a switch (20e-f) to allow disconnection of the capacitor from the winding subsection, wherein the switch (20e-f) is not part of any of the switch assemblies (20a-d/25a-d). a stator or rotor comprising a plurality of serially connected switching cells, wherein each switching cell comprises a winding subsection and a current reverser arranged to controllably alter a current direction through the winding subsection, wherein each current reverser comprises a capacitor arranged to form a resonant circuit in cooperation with the winding subsection, and wherein each current reverser further comprises switch assemblies (20a-d/25a-d) capable of bidirectional voltage blocking for changing the polarity of the voltage across the winding subsection, characterized in that each switching cell comprises a switch (20e-f) to allow disconnection of the capacitor from the winding subsection, wherein the switch (20e-f) is not part of any of the switch assemblies (20a-d/25a-d).
An ultraviolet light source comprising: an electron beam emitting unit that emits an electron beam; and (i) a light emitting layer with a quantum well structure that includes a well layer that is formed of an Mg 1-x Zn x O (0 < x < 0.55) single crystal with a rock-salt structure and a barrier layer that is formed of an Mg 1-w Zn w O (0 ≤ w < 0.45, w < x) single crystal with a rock-salt structure; or (ii) a light emitting layer with a quantum well structure that includes a well layer and a barrier layer, each of which is formed of a Be 1-x-y-z Mg y Zn x Ca z O (0.5 ≤ y ≤ 1, 0 ≤ x + z ≤ 0.5) single crystal with a rock-salt structure; or (iii) a light emitting layer of Mg 1-x Zn x O (0 < x < 0.55) with a rock-salt structure; or (iv) a light emitting layer of Be 1-x-y-z Mg y Zn x Ca z O (0.45 ≤ y + z < 1, 0 < x ≤ 0.55) with a rock-salt structure, each light emitting layer being arranged at a position on which the electron beam emitted from the electron beam emitting unit is incident. an electron beam emitting unit that emits an electron beam; and (i) a light emitting layer with a quantum well structure that includes a well layer that is formed of an Mg 1-x Zn x O (0 < x < 0.55) single crystal with a rock-salt structure and a barrier layer that is formed of an Mg 1-w Zn w O (0 ≤ w < 0.45, w < x) single crystal with a rock-salt structure; or (ii) a light emitting layer with a quantum well structure that includes a well layer and a barrier layer, each of which is formed of a Be 1-x-y-z Mg y Zn x Ca z O (0.5 ≤ y ≤ 1, 0 ≤ x + z ≤ 0.5) single crystal with a rock-salt structure; or (iii) a light emitting layer of Mg 1-x Zn x O (0 < x < 0.55) with a rock-salt structure; or (iv) a light emitting layer of Be 1-x-y-z Mg y Zn x Ca z O (0.45 ≤ y + z < 1, 0 < x ≤ 0.55) with a rock-salt structure, (i) a light emitting layer with a quantum well structure that includes a well layer that is formed of an Mg 1-x Zn x O (0 < x < 0.55) single crystal with a rock-salt structure and a barrier layer that is formed of an Mg 1-w Zn w O (0 ≤ w < 0.45, w < x) single crystal with a rock-salt structure; or (ii) a light emitting layer with a quantum well structure that includes a well layer and a barrier layer, each of which is formed of a Be 1-x-y-z Mg y Zn x Ca z O (0.5 ≤ y ≤ 1, 0 ≤ x + z ≤ 0.5) single crystal with a rock-salt structure; or (iii) a light emitting layer of Mg 1-x Zn x O (0 < x < 0.55) with a rock-salt structure; or (iv) a light emitting layer of Be 1-x-y-z Mg y Zn x Ca z O (0.45 ≤ y + z < 1, 0 < x ≤ 0.55) with a rock-salt structure, each light emitting layer being arranged at a position on which the electron beam emitted from the electron beam emitting unit is incident.
A solar cell module comprising: a surface-protective sheet; a light-receiving-side encapsulation sheet; a solar cell element; a back-side encapsulation sheet; and a rear protective sheet laminated in the order presented, wherein the light-receiving-side encapsulation sheet has 50% or higher transmittance of light having a wavelength of 300 nm, and the back-side encapsulation sheet comprises a reaction product of a reactive ultraviolet absorber and a resin component, wherein the reactive ultraviolet absorber contains an unsaturated group having a carbon-carbon double bond, and the resin component is an ethylene-polar monomer copolymer or an ethylene-α-olefin copolymer. a surface-protective sheet; a light-receiving-side encapsulation sheet; a solar cell element; a back-side encapsulation sheet; and a rear protective sheet laminated in the order presented, wherein the light-receiving-side encapsulation sheet has 50% or higher transmittance of light having a wavelength of 300 nm, and the back-side encapsulation sheet comprises a reaction product of a reactive ultraviolet absorber and a resin component, wherein the reactive ultraviolet absorber contains an unsaturated group having a carbon-carbon double bond, and the resin component is an ethylene-polar monomer copolymer or an ethylene-α-olefin copolymer.
Luminaire having at least one illuminant, one connection to a power supply and one optoelectronic unit having a printed circuit board, characterized in that a control unit and the at least one illuminant in the form of a plurality of LED fields (1, 1') consisting of a plurality of light-emitting diodes are arranged on the printed circuit board, with an energy management unit (2, 2') being associated with each of the plurality of LED fields (1, 1'), and the energy management units (2, 2') with the associated LED fields (1, 1') being connected directly to the power supply in each case.
Blow molding machine for containers, in particular bottles, with a conveyor path carrying mandrel holders and preform mandrels attached by means of releasable couplings exchangeably at the mandrel holders, wherein each coupling comprises a mandrel clamping mechanism and a releasing element accessible from outside and adjustable at least relative to the mandrel holder for releasing the clamping mechanism, characterized in that an automatic or semi-automatic mandrel changing automat is arranged at the conveyer path for actuating the releasing element.
A drilling/milling machine for panels made of wood or similar materials, comprising: an infrastructure defining a feeding lane defining a working plane and a feeding direction for a panel to be processed on said plane; a drilling unit mounted on said infrastructure in a semi-space identified by said plane so as to be adapted to move at least towards and/or away from said panel along an advancement direction orthogonal to said working plane; primary holding and transporting means adapted to feed said panel in said feeding direction provided on said infrastructure or associated therewith; and control means adapted to operatively control at least said drilling unit and said primary holding and transporting means, the machine comprising an auxiliary panel holding device, the panel holding device comprising support means reversibly or irreversibly anchored to said infrastructure, in the opposite semi-space with respect to that of the drilling unit, one or more pad elements movably supported by said support means, adapted to enter into pressing contact with the panel for a partial run segment with respect to the feeding run of the panel in said feeding direction, and actuator means adapted to control the movement of said one or more pad elements, said control means being configured to control said actuator means of said one or more pad elements in a coordinated fashion with the operation of said drilling unit, the machine further comprising slide means alternatively slidable with respect to said support means at least in said advancement direction between an active position and an inactive position in which the pad elements respectively engage and disengage the panel, said actuator means being adapted to control the movement of said slide means, said control means being configured to control the movement of said slide means, the machine being characterized in that it further comprises shoe means provided with said one or more pad elements, which are adapted to make contact with the panel in the active position, at least one further linear degree of freedom being provided by a sliding support of said shoe means with respect to said slide means, alternatively over said partial run segment along a direction parallel to said feeding direction, the machine further comprising elastic opposition means such as coil springs operatively arranged between said shoe means and said slide means to oppose the movement of the former with respect to the latter in both senses and to promote the return to a centred position in the absence of external forces, whereby as a result of said further degree of freedom said shoe means are passively movable by a dragging motion of the panel when said slide means are in the active position.
Method for manufacturing a plastic part in the form of a cover for a device, having a color layer that is covered by a transparent front side plastic layer, is visible through the transparent front side plastic layer, and is arranged behind the transparent plastic layer; and having a detachable protective sheet that covers the rear side of the color layer, in which plastic part the transparent plastic layer forms a product surface in the form of a front side of the cover facing a user of the device, wherein the method comprises the steps of: - depositing a layer structure on a transfer sheet, wherein the layer structure comprises at least one color layer, and wherein the layer structure comprises a lacquer layer in some areas, wherein the lacquer layer is deposited on the transfer sheet in areas which correspond to areas left out in the at least one color layer; - introducing the transfer sheet with the color layer into a molding tool; - closing the molding tool; - injecting a transparent plastic layer upon the layer structure, wherein the transparent plastic layer is injected upon that side of the transfer sheet, on which side the layer structure is arranged; - opening the molding tool; and - removing the obtained plastic part, characterized in that the transfer sheet, together with the lacquer layer, is detachable from the obtained plastic part. - depositing a layer structure on a transfer sheet, wherein the layer structure comprises at least one color layer, and wherein the layer structure comprises a lacquer layer in some areas, wherein the lacquer layer is deposited on the transfer sheet in areas which correspond to areas left out in the at least one color layer; - introducing the transfer sheet with the color layer into a molding tool; - closing the molding tool; - injecting a transparent plastic layer upon the layer structure, wherein the transparent plastic layer is injected upon that side of the transfer sheet, on which side the layer structure is arranged; - opening the molding tool; and - removing the obtained plastic part,
A method in a wireless device of performing power control of a physical uplink control channel, PUCCH, in a wireless communication system, comprising: determining a transmission power for a transmission on the physical uplink control channel according to a power control loop, wherein the loop specifies the transmission power based on at least one parameter, with a value of one of the at least one parameter being dependent on which of different PUCCH lengths on the physical uplink control channel is selected for the transmission on the physical uplink control channel; wherein the value of the parameter is based on a ratio of a number of symbols in a transmission on the physical uplink control channel having the selected PUCCH length and a number of symbols in a transmission on the physical uplink control channel having a predetermined PUCCH length; and wherein the value of the parameter further depends on which of different transmission formats on the physical uplink control channel is selected for the transmission on the physical uplink control channel. determining a transmission power for a transmission on the physical uplink control channel according to a power control loop, wherein the loop specifies the transmission power based on at least one parameter, with a value of one of the at least one parameter being dependent on which of different PUCCH lengths on the physical uplink control channel is selected for the transmission on the physical uplink control channel; wherein the value of the parameter is based on a ratio of a number of symbols in a transmission on the physical uplink control channel having the selected PUCCH length and a number of symbols in a transmission on the physical uplink control channel having a predetermined PUCCH length; and wherein the value of the parameter further depends on which of different transmission formats on the physical uplink control channel is selected for the transmission on the physical uplink control channel.
A device for circulating a gas in a closed circuit, said device having a first upstream end and a second downstream end adapted to be connected to said circuit; said device including: - a first chamber defining a first inner volume and having an at least partially conical shape having a minimum diameter located at said upstream end connected to said circuit; - a second chamber defining a second inner volume, said second chamber being positioned downstream of said first chamber and having an at least partially conical shape having a minimum diameter located at said downstream end connected to said circuit; - a propeller including several blades evenly disposed about an axis of rotation; said propeller being positioned between said first chamber and said second chamber; - means for rotating said axis of rotation moving said propeller; said device being characterised in that: the inner volume of the first chamber is greater than the inner volume of the second chamber; and in that the conical shape of the first chamber being characterised by an angle (α A) and the conical shape of the second chamber being characterised by an angle (α B), the angle (α A) of the conical shape of the first chamber is smaller than the angle (α B) of the conical shape of the second chamber. - a first chamber defining a first inner volume and having an at least partially conical shape having a minimum diameter located at said upstream end connected to said circuit; - a second chamber defining a second inner volume, said second chamber being positioned downstream of said first chamber and having an at least partially conical shape having a minimum diameter located at said downstream end connected to said circuit; - a propeller including several blades evenly disposed about an axis of rotation; said propeller being positioned between said first chamber and said second chamber; - means for rotating said axis of rotation moving said propeller; said device being characterised in that: the inner volume of the first chamber is greater than the inner volume of the second chamber; and in that the conical shape of the first chamber being characterised by an angle (α A) and the conical shape of the second chamber being characterised by an angle (α B), the angle (α A) of the conical shape of the first chamber is smaller than the angle (α B) of the conical shape of the second chamber. the inner volume of the first chamber is greater than the inner volume of the second chamber; and in that the conical shape of the first chamber being characterised by an angle (α A) and the conical shape of the second chamber being characterised by an angle (α B), the angle (α A) of the conical shape of the first chamber is smaller than the angle (α B) of the conical shape of the second chamber.
An epitaxial wafer manufacturing device that deposits and grows epitaxial layers on the surfaces of heated wafers while supplying a raw material gas to a chamber, provided with: a susceptor having a plurality of mounting portions on which the wafers are mounted, wherein the plurality of mounting portions are arranged in a row in the circumferential direction; a top plate arranged in opposition to the upper surface of the susceptor so as to form a reaction space between the top plate and the susceptor; a heating means arranged on the lower surface side of the susceptor and/or upper surface side of the top plate for heating the wafers mounted on the mounting portions; a gas supply means having a gas inlet for introducing the raw material gas from a central portion of the upper surface of the top plate to the reaction space, that supplies raw material gas released from the gas inlet from the inside to the outside of the reaction space; and, a shield arranged in close proximity to the lower surface of the top plate so as to prevent deposits from being deposited on the lower surface of the top plate, and a gap between the upper surface of the shield and the lower surface of the top plate is set to a range of 0.5 mm to 1 mm, wherein, in addition to being removably attached inside the chamber, the shield has an opening in the central portion thereof that forces the gas inlet to face the inside of the reaction space, and has a structure in it is divided into a plurality of ring plates that are concentric around the opening. a susceptor having a plurality of mounting portions on which the wafers are mounted, wherein the plurality of mounting portions are arranged in a row in the circumferential direction; a top plate arranged in opposition to the upper surface of the susceptor so as to form a reaction space between the top plate and the susceptor; a heating means arranged on the lower surface side of the susceptor and/or upper surface side of the top plate for heating the wafers mounted on the mounting portions; a gas supply means having a gas inlet for introducing the raw material gas from a central portion of the upper surface of the top plate to the reaction space, that supplies raw material gas released from the gas inlet from the inside to the outside of the reaction space; and, a shield arranged in close proximity to the lower surface of the top plate so as to prevent deposits from being deposited on the lower surface of the top plate, and a gap between the upper surface of the shield and the lower surface of the top plate is set to a range of 0.5 mm to 1 mm, wherein, in addition to being removably attached inside the chamber, the shield has an opening in the central portion thereof that forces the gas inlet to face the inside of the reaction space, and has a structure in it is divided into a plurality of ring plates that are concentric around the opening.
An access assembly for insertion through tissue, the access assembly comprising: a flexible outer sleeve having an upper rim formed on a proximal end, a lower rim formed on a distal end and defining a longitudinal opening extending therebetween, the lower rim defines an inflatable space that in a deflated state facilitates insertion of the lower rim through tissue and in an inflated state assists in retaining the access assembly in place relative to the tissue; characterised in that the assembly further comprises an inflatable member secured within the longitudinal opening of the outer sleeve, the inflatable member including a plurality of inflatable lobes configured to selectively receive at least one surgical device therebetween in a sealing manner. a flexible outer sleeve having an upper rim formed on a proximal end, a lower rim formed on a distal end and defining a longitudinal opening extending therebetween, the lower rim defines an inflatable space that in a deflated state facilitates insertion of the lower rim through tissue and in an inflated state assists in retaining the access assembly in place relative to the tissue; characterised in that the assembly further comprises an inflatable member secured within the longitudinal opening of the outer sleeve, the inflatable member including a plurality of inflatable lobes configured to selectively receive at least one surgical device therebetween in a sealing manner.
An image forming apparatus comprising: a generating unit that generates print data of a sample sheet if a request for outputting the sample sheet is received while print data formed of a plurality of pages is being generated; a print instruction providing unit that provides a print instruction for the print data of the sample sheet after providing a print instruction for the print data that has been generated; and a display that displays, based on the print data of the sample sheet, an attribute of the sample sheet; wherein the print instruction providing unit provides, for print data of a printed result other than the sample sheet, a new print instruction if a total sheet size in a transport direction of print data for which a print instruction has been provided is equal to or smaller than a predetermined size, and provides, for the print data of the sample sheet, a print instruction regardless of the total sheet size in the transport direction of the print data for which a print instruction has been provided. a generating unit that generates print data of a sample sheet if a request for outputting the sample sheet is received while print data formed of a plurality of pages is being generated; a print instruction providing unit that provides a print instruction for the print data of the sample sheet after providing a print instruction for the print data that has been generated; and a display that displays, based on the print data of the sample sheet, an attribute of the sample sheet; wherein the print instruction providing unit provides, for print data of a printed result other than the sample sheet, a new print instruction if a total sheet size in a transport direction of print data for which a print instruction has been provided is equal to or smaller than a predetermined size, and provides, for the print data of the sample sheet, a print instruction regardless of the total sheet size in the transport direction of the print data for which a print instruction has been provided.
Disc spring system for a friction clutch, having at least the following components: - a disc spring which is set up to exert a force on a pressure plate of a friction clutch; - at least one counterbearing element for absorbing the bearing force of the disc spring; and - at least one wire ring which has a polygonal cross section with an odd number of edges, and which forms a tilting line for the disc spring between the associated counterbearing element and the disc spring; the wire ring having two winding directions, and characterized in that the radius of the tilting line can be set by means of the winding direction, one edge of the wire ring being oriented parallel to the centre axis of the wire ring. - a disc spring which is set up to exert a force on a pressure plate of a friction clutch; - at least one counterbearing element for absorbing the bearing force of the disc spring; and - at least one wire ring which has a polygonal cross section with an odd number of edges, and which forms a tilting line for the disc spring between the associated counterbearing element and the disc spring;