mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a cabled midplane, the method comprising: providing a first support plate along a plane between a first connector set and a second connector set, the first connector set including a plurality of connectors to connect to respective line cards on a first side of the cabled midplane, the second connector set including a plurality of connectors to connect to respective line cards on a second side of the cabled midplane, connectors of the first connector set and the second connector set including a plurality of connector slices (604A-604J), the plurality of connector slices including at least a first connector slice that is a first distance along a first axis from the first support plate and a second connector slice that is a second distance, further than the first distance, along the first axis from the first support plate; and providing a first wiring sub-layer by mounting a first plurality of cable slices on the first support plate, each cable slice of the first plurality of cable slices to provide a connection between the first connector slice of a connector of the first connector set to the first connector slice of a connector of the second connector set, such that the first wiring sub-layer connects each connector of the first connector set, through one cable slice, to a connector of the second connector set. providing a first support plate along a plane between a first connector set and a second connector set, the first connector set including a plurality of connectors to connect to respective line cards on a first side of the cabled midplane, the second connector set including a plurality of connectors to connect to respective line cards on a second side of the cabled midplane, connectors of the first connector set and the second connector set including a plurality of connector slices (604A-604J), the plurality of connector slices including at least a first connector slice that is a first distance along a first axis from the first support plate and a second connector slice that is a second distance, further than the first distance, along the first axis from the first support plate; and providing a first wiring sub-layer by mounting a first plurality of cable slices on the first support plate, each cable slice of the first plurality of cable slices to provide a connection between the first connector slice of a connector of the first connector set to the first connector slice of a connector of the second connector set, such that the first wiring sub-layer connects each connector of the first connector set, through one cable slice, to a connector of the second connector set.
A semiconductor light emitting element (1, 2) of the surface emitting type that outputs emitted light having a predetermined emitted light peak wavelength λ, comprising at least: a substrate; a lower distributed Bragg reflector layer provided on the substrate; and a light emitting layer provided on the lower distributed Bragg reflector layer; at least one phase changing layer having a thickness of mλ/2n ± 10% thereof, wherein n is the refractive index of the phase changing layer, and m is an integer 1 or greater, being provided within the lower distributed Bragg reflector layer; wherein the lower distributed Bragg reflector layer is constituted by two or more pairs of a low refractive index layer having a thickness a and a high refractive index layer having a thickness b which are alternately laminated; one of the low refractive index layers and the high refractive index layers constituting the phase changing layer having the thickness mλ/2n ± 10% thereof, which is different from the thickness a and the thickness b; a distributed Bragg reflector layer is not provided as a layer above the light emitting layer; and an antireflection layer is provided as a layer above the light emitting layer. a substrate; a lower distributed Bragg reflector layer provided on the substrate; and a light emitting layer provided on the lower distributed Bragg reflector layer; at least one phase changing layer having a thickness of mλ/2n ± 10% thereof, wherein n is the refractive index of the phase changing layer, and m is an integer 1 or greater, being provided within the lower distributed Bragg reflector layer; wherein the lower distributed Bragg reflector layer is constituted by two or more pairs of a low refractive index layer having a thickness a and a high refractive index layer having a thickness b which are alternately laminated; one of the low refractive index layers and the high refractive index layers constituting the phase changing layer having the thickness mλ/2n ± 10% thereof, which is different from the thickness a and the thickness b; a distributed Bragg reflector layer is not provided as a layer above the light emitting layer; and an antireflection layer is provided as a layer above the light emitting layer.
A method of configuring a user's mobile terminal in a semi-automated communication channel setup, comprising: - a continuous readout of at least one imaging sensor for detecting a plurality of potential communication partners; - an activation of a selection of communication partners by means of a provided registration information; and - setting up a communication channel from a predefined plurality of communication channels to a terminal of the communication partner in accordance with a stored terminal identifier of an enabled communication partner as a function of a user input of the user's mobile terminal, characterized in that a magnification factor of at least one sensor of the imaging sensors is set as a function of a preset number of potential communication partners, the preset number of potential communication partners being specified relatively as a function of a resolution of a reproduction unit and a percentage screen occupancy of the reproduction unit. - a continuous readout of at least one imaging sensor for detecting a plurality of potential communication partners; - an activation of a selection of communication partners by means of a provided registration information; and - setting up a communication channel from a predefined plurality of communication channels to a terminal of the communication partner in accordance with a stored terminal identifier of an enabled communication partner as a function of a user input of the user's mobile terminal, characterized in that a magnification factor of at least one sensor of the imaging sensors is set as a function of a preset number of potential communication partners, the preset number of potential communication partners being specified relatively as a function of a resolution of a reproduction unit and a percentage screen occupancy of the reproduction unit.
A ground-side coil unit (1a, 1b, 2, 3, 4, 5, 6, 7) for use in wireless power supply, comprising: - a power transmission coil configured to transmit electric power to a power reception coil in a wireless manner; - a magnetic material plate disposed adjacent to the power transmission coil; and - a first filter coil connected in series with the power transmission coil and faces the power transmission coil with the magnetic material plate interposed therebetween, characterised in that: - when in-phase alternating currents flow through the power transmission coil and the first filter coil and winding directions of the power transmission coil and the first filter coil are the same, or - when reversed-phase alternating currents flow through the power transmission coil and the first filter coil and winding directions of the power transmission coil and the first filter coil are opposite to each other, - the first coil is disposed in a position where a magnetic flux generated by the first filter coil cancels out a magnetic flux generated by the power transmission coil in the magnetic material plate. - a power transmission coil configured to transmit electric power to a power reception coil in a wireless manner; - a magnetic material plate disposed adjacent to the power transmission coil; and - a first filter coil connected in series with the power transmission coil and faces the power transmission coil with the magnetic material plate interposed therebetween, - when in-phase alternating currents flow through the power transmission coil and the first filter coil and winding directions of the power transmission coil and the first filter coil are the same, or - when reversed-phase alternating currents flow through the power transmission coil and the first filter coil and winding directions of the power transmission coil and the first filter coil are opposite to each other, - the first coil is disposed in a position where a magnetic flux generated by the first filter coil cancels out a magnetic flux generated by the power transmission coil in the magnetic material plate.
An outlet assembly (500, 600) comprising: a chassis (185, 320, 520) including an opening (190, 521); an outlet (130, 310, 510) positioned in the opening (190, 521) with a face defining a receptacle facing away from the outlet assembly (500, 600), wherein the outlet (130, 310, 510) has a plurality of pins (195, 340, 535) extending from a bottom side of the outlet (130, 310, 510); a heat dissipating structure (550, 650) extending from the chassis (185, 320, 520) in a direction toward the plurality of pins (195, 340, 535) past the bottom side of the outlet (130, 310, 510), wherein the heat dissipating structure (550, 650) includes a wall (551, 651) with an inner surface facing an outer surface of at least one pin of the plurality of pins (195, 340, 535); and a thermal pad positioned between the at least one pin and the wall (551, 651); and a printed circuit board (150, 530) having an underneath surface abutting a first lateral surface of the thermal pad. a chassis (185, 320, 520) including an opening (190, 521); an outlet (130, 310, 510) positioned in the opening (190, 521) with a face defining a receptacle facing away from the outlet assembly (500, 600), wherein the outlet (130, 310, 510) has a plurality of pins (195, 340, 535) extending from a bottom side of the outlet (130, 310, 510); a heat dissipating structure (550, 650) extending from the chassis (185, 320, 520) in a direction toward the plurality of pins (195, 340, 535) past the bottom side of the outlet (130, 310, 510), wherein the heat dissipating structure (550, 650) includes a wall (551, 651) with an inner surface facing an outer surface of at least one pin of the plurality of pins (195, 340, 535); and a thermal pad positioned between the at least one pin and the wall (551, 651); and a printed circuit board (150, 530) having an underneath surface abutting a first lateral surface of the thermal pad.
A housing having a rectangular cross-section for receiving electronic circuit boards, wherein predetermined sections of the housing are light guiding and said sections have light entry areas and light exit areas and - the light entry areas are associated with optical transmitters and - the light exit areas are associated with optical receivers, wherein the optical transmitters and optical receivers are in signal communication with a circuit board. - the light entry areas are associated with optical transmitters and - the light exit areas are associated with optical receivers, wherein the optical transmitters and optical receivers are in signal communication with a circuit board.
A cylindrical bandage, comprising: a tubular knit being of a length corresponding to a length of an arm or a leg, wherein the tubular knit has a base structure formed of stitches of a base yarn and the base structure includes stitches of an elastic yarn, characterized in that the cylindrical bandage further comprises a gutter-shaped knit extending from a lengthwise first end of the tubular knit, the gutter-shaped knit having a smaller length in a circumferential direction than the first end of the tubular knit, the gutter-shaped knit having a varying number of stitches and the gutter-shaped knit having a gutter shape and a cut-out section with a horseshoe or V shape, wherein a knitting width gradually decreases from the first end of the tubular knit to the gutter-shaped knit. a tubular knit being of a length corresponding to a length of an arm or a leg, wherein the tubular knit has a base structure formed of stitches of a base yarn and the base structure includes stitches of an elastic yarn, characterized in that the cylindrical bandage further comprises a gutter-shaped knit extending from a lengthwise first end of the tubular knit, the gutter-shaped knit having a smaller length in a circumferential direction than the first end of the tubular knit, the gutter-shaped knit having a varying number of stitches and the gutter-shaped knit having a gutter shape and a cut-out section with a horseshoe or V shape, wherein a knitting width gradually decreases from the first end of the tubular knit to the gutter-shaped knit.
A positive electrode active material having a granular shape and used for a positive electrode of a secondary battery, the positive electrode active material comprising a lithium transition metal composite oxide containing manganese as a transition metal element and having a layered rock salt structure, characterized in that a concentration difference between an average Mn concentration and a local maximum Mn concentration is equal to or less than 4atm%, the average Mn concentration being measured based on inductively coupled plasma emission spectroscopic analysis of the positive electrode active material, and the local maximum Mn concentration being measured based on energy dispersive X-ray analysis with a transmission electron microscope, and in that the lithium transition metal composite oxide having the layered rock salt structure is represented by a general formula: Li 1 + x Ni y Co z Mn (1 - y - z) M α O 2 - β A β where 0 ≤ x ≤ 0.7, 0.1 <y < 0.9, 0.1 < z < 0.4, 0 ≤ α ≤ 0.1, 0 ≤ β ≤ 0.5; M is not present, or one element or two or more elements selected from Zr, Mo, W, Mg, Ca, Na, Fe, Cr, Zn, Si, Sn, and Al; and A is not present, or one element or two or more elements selected from F, Cl, and Br. a lithium transition metal composite oxide containing manganese as a transition metal element and having a layered rock salt structure, characterized in that a concentration difference between an average Mn concentration and a local maximum Mn concentration is equal to or less than 4atm%, the average Mn concentration being measured based on inductively coupled plasma emission spectroscopic analysis of the positive electrode active material, and the local maximum Mn concentration being measured based on energy dispersive X-ray analysis with a transmission electron microscope, and in that the lithium transition metal composite oxide having the layered rock salt structure is represented by a general formula: Li 1 + x Ni y Co z Mn (1 - y - z) M α O 2 - β A β where 0 ≤ x ≤ 0.7, 0.1 <y < 0.9, 0.1 < z < 0.4, 0 ≤ α ≤ 0.1, 0 ≤ β ≤ 0.5; M is not present, or one element or two or more elements selected from Zr, Mo, W, Mg, Ca, Na, Fe, Cr, Zn, Si, Sn, and Al; and A is not present, or one element or two or more elements selected from F, Cl, and Br.
Charging arrangement for an electric vehicle with a traction battery, having a charging station connected directly to a medium-voltage grid and a charging cable to be coupled to the electric vehicle, wherein in the charging station is arranged a medium-voltage transformer at which the medium voltage is present on a primary side, characterised in that at least one IT low-voltage grid and a TN low-voltage grid electrically isolated therefrom are formed on a secondary side, and in that a charging management apparatus is assigned to the medium-voltage transformer, wherein the charging management apparatus regulates or controls all of the low-voltage grids (6, 17).
A method for producing a particle based, especially a fiber based electrode material comprising the steps of preparing an electronically active precursor material comprising dispersion, said dispersion comprising (i) a soluble lithium source and a hydroxide source, especially lithium hydroxide, and (ii) a hydroxy carboxylic acid or a sugar that is water soluble and that - once mixed with H 2 V 3 O 8 or partially lithiated H 2 V 3 O 8 - can be pyrolized, and (iii) H 2 V 3 O 8 or partially lithiated H 2 V 3 O 8,referred to hereafter as the electronically active material, and (iv) graphene oxide separating the solid electronically active precursor material from the liquid phase, drying the electronically active precursor material of step pyrolizing the electronically active precursor material of step to yield an active electrode material, preparing an electronically active precursor material comprising dispersion, said dispersion comprising (i) a soluble lithium source and a hydroxide source, especially lithium hydroxide, and (ii) a hydroxy carboxylic acid or a sugar that is water soluble and that - once mixed with H 2 V 3 O 8 or partially lithiated H 2 V 3 O 8 - can be pyrolized, and (iii) H 2 V 3 O 8 or partially lithiated H 2 V 3 O 8,referred to hereafter as the electronically active material, and (iv) graphene oxide (i) a soluble lithium source and a hydroxide source, especially lithium hydroxide, and (ii) a hydroxy carboxylic acid or a sugar that is water soluble and that - once mixed with H 2 V 3 O 8 or partially lithiated H 2 V 3 O 8 - can be pyrolized, and (iii) H 2 V 3 O 8 or partially lithiated H 2 V 3 O 8,referred to hereafter as the electronically active material, and (iv) graphene oxide separating the solid electronically active precursor material from the liquid phase, drying the electronically active precursor material of step pyrolizing the electronically active precursor material of step to yield an active electrode material,
Silencer for mounting on a weapon barrel, having a silencer housing for completely enclosing the weapon barrel at least in sections, and a jacket tube integrated into the silencer housing for enclosing the weapon barrel, as well as a muzzle brake, with which the jacket tube is held centered in the silencer housing, and at least one device for deflecting and/or cooling a gas produced during a shot, characterized in that - a clamping device designed as a collet chuck is provided for positive and/or non-positive and non-destructive clamping attachment of the silencer to the barrel, and - the clamping device has at least one seal on an inner circumference surrounding the weapon barrel for gas-tight sealing with respect to the outer circumference of the weapon barrel. - a clamping device designed as a collet chuck is provided for positive and/or non-positive and non-destructive clamping attachment of the silencer to the barrel, and - the clamping device has at least one seal on an inner circumference surrounding the weapon barrel for gas-tight sealing with respect to the outer circumference of the weapon barrel.
An implantable electrode with increased stability comprising a sputtered metal layer, electroplated metal micro sticks on the sputtered metal layer with spaces between the metal micro sticks and a polymer, wherein the polymer fills the spaces between the metal micro sticks.
An abdominal massage apparatus, comprising: - one or more support plates attached to a belt comprising a band or tightening straps configured for being arranged around a waist of a patient, such that the support plates are secured to an abdominal wall of the body of a patient and in use face the abdominal wall of the patient; - a pumping system; - massage units associated with the support plates, the massage units comprising fluid driven actuators having a flexible casing configured for performing an abdominal massage to the patient; - control means for controlling deflation and inflation of the fluid driven actuators by the pumping system, wherein at least two fluid driven actuators are arranged on the support plates such that in use they are adjacent to at least one or more colon sections including an ascending section, and a descending section of a colon of the patient, and wherein the control means is configured to control the fluid driven actuators to apply localized forces that generate a pressure on the corresponding colon sections in a direction normal to the abdominal area, characterised in that the control means is configured for controlling a magnitude and timing of the localized forces by inflating the fluid driven actuators until providing the localized forces of predetermined magnitude and subsequent deflating the fluid driven actuators, wherein a frequency of operation of the fluid driven actuators is in a range of 0.1 - 0.9Hz. - one or more support plates attached to a belt comprising a band or tightening straps configured for being arranged around a waist of a patient, such that the support plates are secured to an abdominal wall of the body of a patient and in use face the abdominal wall of the patient; - a pumping system; - massage units associated with the support plates, the massage units comprising fluid driven actuators having a flexible casing configured for performing an abdominal massage to the patient; - control means for controlling deflation and inflation of the fluid driven actuators by the pumping system, wherein at least two fluid driven actuators are arranged on the support plates such that in use they are adjacent to at least one or more colon sections including an ascending section, and a descending section of a colon of the patient, and wherein the control means is configured to control the fluid driven actuators to apply localized forces that generate a pressure on the corresponding colon sections in a direction normal to the abdominal area, characterised in that the control means is configured for controlling a magnitude and timing of the localized forces by inflating the fluid driven actuators until providing the localized forces of predetermined magnitude and subsequent deflating the fluid driven actuators, wherein a frequency of operation of the fluid driven actuators is in a range of 0.1 - 0.9Hz.
An in-mold transfer film comprising, a base film, a release layer, a printed layer, and an adhesive layer which are stacked in series from bottom, wherein the release layer comprises a matte surface layer, wherein a coating layer formed from an elastic texture coating solution is comprised on the upper surface of the release layer, between the release layer and the printed layer, characterized in that the elastic texture coating solution comprises at least a polyester resin, and the polyester resin comprises a soft polyester resin and a hard polyester resin.
A pharmaceutical composition for use in a method of preventing or treating Alzheimer's disease, the pharmaceutical composition comprising ibrutinib or a pharmaceutically acceptable salt thereof.
A fuel pump unit for a fuel dispensing unit, comprising a pump with a suction side and a pressure side for pumping fuel along a fuel flow path between an underground reservoir and a nozzle of the fuel dispensing unit, at least one ultrasonic transmitter arranged at the suction side of the pump and adapted to send out an ultrasonic signal in the fuel flow path, and at least one ultrasonic receiver arranged at the suction side of the pump and adapted to receive the ultrasonic signal, characterised in that the fuel pump unit further comprises a control unit connected to the at least one ultrasonic transmitter and the at least one ultrasonic receiver, and adapted to detect air bubbles in the fuel flow by detecting a difference in at least one parameter based on a comparison between the ultrasonic signal and a reference signal.