mhurhangee/ep-ind-claims huggingface dataset:
A vehicle-body front structure for an automobile including a front bumper, a bumper reinforcement extending in a vehicle width direction, and at least one cross member (160, 161) extending in the vehicle width direction, wherein the front bumper includes a bumper fascia having an opening at a vehicle right-left direction intermediate portion, a front grill provided to cover the opening, and a decorative member provided facing a front surface of a vehicle and along a peripheral portion of the opening, a disposition position and a shape of the bumper reinforcement are set such that the bumper reinforcement is positioned inside the opening of the bumper fascia in a front view, and the at least one cross member (160, 161) is arranged at least one of a higher position and a lower position than the decorative member and extends toward a vehicle-width-direction outer side beyond the bumper reinforcement. the front bumper includes a bumper fascia having an opening at a vehicle right-left direction intermediate portion, a front grill provided to cover the opening, and a decorative member provided facing a front surface of a vehicle and along a peripheral portion of the opening, a disposition position and a shape of the bumper reinforcement are set such that the bumper reinforcement is positioned inside the opening of the bumper fascia in a front view, and the at least one cross member (160, 161) is arranged at least one of a higher position and a lower position than the decorative member and extends toward a vehicle-width-direction outer side beyond the bumper reinforcement.
Section for processing liquid metal with gases, produced from individual elements, Interconnected by a coupler, between which capillary openings for gas outlet are situated which are formed at least with two individual separators and are situated between elements at their opposite edges, the lateral surfaces of the section having a sealing coating, wherein the section has at least one longitudinal through hole at a distance of maximum wear and tear from the top of section, and the coupler is designed as a mounting rod which is located in this hole.
An apparatus for converting a discrete-time quantized signal into a continuous-time, continuously variable signal, comprising: an input line for accepting an input signal that is discrete in time and in value; a plurality of processing branches (110, 120) coupled to the each of said processing branches (110, 120) including: (a) a discrete-time noise-shaping/quantization circuit (112, 122), (b) a multi-bit-to-variable-level signal converter coupled to an output of the discrete-time noise-shaping/quantization circuit (112, 122), and (c) an analog bandpass filter (115, 125) coupled to an output of the multi-bit-to-variable-level signal converter; and an adder coupled to an output of the analog bandpass filter (115, 125) in each of the processing branches (110, 120), wherein each processing branch converts a portion of the input signal spectrum, wherein the discrete-time noise-shaping/quantization circuits (112, 122) in different ones of the plurality of processing branches (110, 120) have conversion-noise frequency-response minima at different frequencies, wherein a frequency response of each of the discrete-time noise-shaping/quantization circuits (112, 122) has minimum conversion noise in a region that corresponds to a frequency band selected by the analog bandpass filter (115, 125) in the same processing branch, characterized by a digital pre-distortion linearizing filter having an input coupled to the input line and an output coupled to inputs of the plurality of processing branches (110, 120); wherein the digital pre-distortion linearizing filter has a transfer function that compensates for at least one of a phase distortion or an amplitude distortion introduced by a filter bank formed by the analog bandpass filters (115, 125). an input line for accepting an input signal that is discrete in time and in value; a plurality of processing branches (110, 120) coupled to the each of said processing branches (110, 120) including: (a) a discrete-time noise-shaping/quantization circuit (112, 122), (b) a multi-bit-to-variable-level signal converter coupled to an output of the discrete-time noise-shaping/quantization circuit (112, 122), and (c) an analog bandpass filter (115, 125) coupled to an output of the multi-bit-to-variable-level signal converter; and an adder coupled to an output of the analog bandpass filter (115, 125) in each of the processing branches (110, 120),
A thermoelectric device comprising: - a substrate made from semiconductor material; - an electrically insulating layer covering one surface of the substrate; - a thermocouple separated from the substrate by the electrically insulating layer; - first (S 1) and second (S 2) output terminals connected to the thermocouple; a device characterized in that: - the electrically insulating layer comprises a first portion presenting a first value of capacitance per unit area and a second portion (21") presenting a second value of capacitance per unit area that is lower than the first value; - the first output terminal (S 1) comprises a first capacitor (I-1) having a first electrode formed by a first leg made from electrically conducting material and a second electrode formed by a part of the substrate facing said first leg and separated from the first electrode by the first portion of the electrically insulating layer, the first leg overlapping the second portion (21") of the electrically insulating layer to connect the thermocouple. - a substrate made from semiconductor material; - an electrically insulating layer covering one surface of the substrate; - a thermocouple separated from the substrate by the electrically insulating layer; - first (S 1) and second (S 2) output terminals connected to the thermocouple; - the electrically insulating layer comprises a first portion presenting a first value of capacitance per unit area and a second portion (21") presenting a second value of capacitance per unit area that is lower than the first value; - the first output terminal (S 1) comprises a first capacitor (I-1) having a first electrode formed by a first leg made from electrically conducting material and a second electrode formed by a part of the substrate facing said first leg and separated from the first electrode by the first portion of the electrically insulating layer, the first leg overlapping the second portion (21") of the electrically insulating layer to connect the thermocouple.
A process for producing a graphene/SiC composite material in which at least one graphene layer is formed on a SiC single crystal substrate, comprising the steps of: removing an oxide film that is formed by natural oxidation and covers a surface of the SiC single crystal substrate, thereby exposing a Si surface of the SiC single crystal substrate, heating the SiC single crystal substrate with the Si surface exposed under an oxygen atmosphere, thereby forming a SiO 2 layer on the surface of the SiC single crystal substrate, and heating, under vacuum, the SiC single crystal substrate on which the SiO 2 layer was formed. removing an oxide film that is formed by natural oxidation and covers a surface of the SiC single crystal substrate, thereby exposing a Si surface of the SiC single crystal substrate, heating the SiC single crystal substrate with the Si surface exposed under an oxygen atmosphere, thereby forming a SiO 2 layer on the surface of the SiC single crystal substrate, and heating, under vacuum, the SiC single crystal substrate on which the SiO 2 layer was formed.
A modular housing system comprising a structural framework comprising an internal chassis as a core structural element, the internal chassis including: a first ladder frame that defines a base; four columns (50,57) at least two being extendable columns; and a second ladder frame engaged to the first ladder frame via the four columns (50,57), such that at least one of a distance and an angle between the first ladder frame and the second ladder frame is adjustable to define a usable volume of the structural framework, at least two of the columns (50,57) providing an offset hinge arrangement for pivotal attachment to the second ladder frame, characterised in that the offset hinge arrangement provides a choice of pivot points (44,46) to facilitate multiple set angles between the second ladder frame and the first ladder frame. a first ladder frame that defines a base; four columns (50,57) at least two being extendable columns; and a second ladder frame engaged to the first ladder frame via the four columns (50,57), such that at least one of a distance and an angle between the first ladder frame and the second ladder frame is adjustable to define a usable volume of the structural framework, at least two of the columns (50,57) providing an offset hinge arrangement for pivotal attachment to the second ladder frame, characterised in that the offset hinge arrangement provides a choice of pivot points (44,46) to facilitate multiple set angles between the second ladder frame and the first ladder frame.
A liquid laundry additive, comprising a cleaning booster, wherein the cleaning booster is of formula wherein R 1 is a C 1-4 alkylidene group; wherein each occurrence of R 2 is independently selected from a C 2-5 alkylene oxide group; and wherein the sum v + x + y + z is > 40. wherein R 1 is a C 1-4 alkylidene group; wherein each occurrence of R 2 is independently selected from a C 2-5 alkylene oxide group; and wherein the sum v + x + y + z is > 40.
A user equipment, UE, comprising: a receiver configured to receive multiple Channel State Information Reference Signals, CSI-RSs, transmitted from a base station, BS, using first beams; wherein each of the multiple CSI-RSs is associated with each of the first beams, a processor configured to perform beam selection in which at least a second beam is selected from the first beams; and a transmitter configured to transmit, to the BS, a first indicator that indicates the second beam, wherein when Reference Signal Received Power, RSRP, of each of the CSI-RSs is not greater than a predetermined value the processor determines that there is no beam to be selected from the first beams, and characterised in that the receiver is further configured to receive, from the BS using Radio Resource Control, RRC, signaling, information indicating whether the UE should transmit a second indicator indicating that there is no beam to be selected from the first beams, and when the BS requires a second indicator, indicating that there is no beam to be selected from the first beams to be transmitted, the transmitter is configured to transmit the second indicator as one-bit information to the BS. a receiver configured to receive multiple Channel State Information Reference Signals, CSI-RSs, transmitted from a base station, BS, using first beams; wherein each of the multiple CSI-RSs is associated with each of the first beams, a processor configured to perform beam selection in which at least a second beam is selected from the first beams; and a transmitter configured to transmit, to the BS, a first indicator that indicates the second beam, wherein when Reference Signal Received Power, RSRP, of each of the CSI-RSs is not greater than a predetermined value the processor determines that there is no beam to be selected from the first beams, and characterised in that the receiver is further configured to receive, from the BS using Radio Resource Control, RRC, signaling, information indicating whether the UE should transmit a second indicator indicating that there is no beam to be selected from the first beams, and when the BS requires a second indicator, indicating that there is no beam to be selected from the first beams to be transmitted, the transmitter is configured to transmit the second indicator as one-bit information to the BS.
A method of identifying fractions in a fraction collector of a liquid chromatograph having at least one detector and having a control unit, comprising the following steps: - providing a plurality of fraction collection containers in a rack of the fraction collector with RFID tags; - filling the fraction collection containers with fractions resulting from the liquid chromatography; - writing information to the RFID tag of each fraction collection container that relates to the fraction contained therein; and - controlling the writing to the RFID tags of each fraction collection container by means of the control unit in accordance with sample-specific information from the liquid chromatograph, wherein the writing to the RFID tags of the fraction collection containers located in the rack takes place directly after the detection substantially in parallel with the filling of said fraction collection containers. - providing a plurality of fraction collection containers in a rack of the fraction collector with RFID tags; - filling the fraction collection containers with fractions resulting from the liquid chromatography; - writing information to the RFID tag of each fraction collection container that relates to the fraction contained therein; and - controlling the writing to the RFID tags of each fraction collection container by means of the control unit in accordance with sample-specific information from the liquid chromatograph,
X-ray detector (73, 74) for the imaging and/or dose output measurement with a hybrid photoactive layer between a first electrode and a substrate, wherein the hybrid photoactive layer comprises a plurality of scintillators and a semiconductor material and is configured to perform indirect x-ray conversion by the semiconductor material being configured to absorb light in the wavelength range of the scintillator radiation of the scintillators by forming electron-hole pairs, wherein the x-ray detector is configured to detect the electron-hole pairs electrically, and wherein the semiconductor material is a bulk heterojunction, characterised in that the x-ray detector comprises an atomic layer deposition layer, wherein the ALD layer is a second electrode.
A display backboard, comprising: a driving substrate; a plurality of driving electrodes on the driving substrate; a plurality of connection structures on the plurality of driving electrodes respectively, an orthographic projection of each of the plurality of connection structures on the driving substrate being within an orthographic projection of a corresponding driving electrode on the driving substrate, characterized in that the connecting structure comprises: at least one conductive component on the driving electrode, wherein an area of a first cross-section of the at least one conductive component is negatively correlated to a distance between the first cross-section and a surface of the driving substrate, and the first cross-section is parallel to the surface of the driving substrate; and a restriction component on a side of the driving electrode provided with the at least one conductive component and at least in a part of a peripheral region of the at least one conductive component, wherein the restriction component protrudes from the driving electrode and has a first height in a direction perpendicular to the driving substrate. a driving substrate; a plurality of driving electrodes on the driving substrate; a plurality of connection structures on the plurality of driving electrodes respectively, an orthographic projection of each of the plurality of connection structures on the driving substrate being within an orthographic projection of a corresponding driving electrode on the driving substrate, characterized in that the connecting structure comprises: at least one conductive component on the driving electrode, wherein an area of a first cross-section of the at least one conductive component is negatively correlated to a distance between the first cross-section and a surface of the driving substrate, and the first cross-section is parallel to the surface of the driving substrate; and a restriction component on a side of the driving electrode provided with the at least one conductive component and at least in a part of a peripheral region of the at least one conductive component, wherein the restriction component protrudes from the driving electrode and has a first height in a direction perpendicular to the driving substrate. at least one conductive component on the driving electrode, wherein an area of a first cross-section of the at least one conductive component is negatively correlated to a distance between the first cross-section and a surface of the driving substrate, and the first cross-section is parallel to the surface of the driving substrate; and a restriction component on a side of the driving electrode provided with the at least one conductive component and at least in a part of a peripheral region of the at least one conductive component, wherein the restriction component protrudes from the driving electrode and has a first height in a direction perpendicular to the driving substrate.
Capsule (10; 110; 210; 310) for dispensing a beverage comprising: - a main body (20; 120; 220, 320) suitable for containing a product to be dispensed, which comprises a bottom (22; 122; 222; 322) and a side wall (24; 124; 224; 324), extending from said bottom (22; 122, 222; 322) and ending with an edge (26; 126; 226; 326); - a closing member (30; 130; 230; 330) suitable for sealably closing said main body (20; 120; 220, 320); and - at least one first valve means (40; 140; 240; 340) suitable for allowing the beverage to come out from the capsule (10; 110; 210; 310) or for allowing a liquid to enter into the capsule (10; 110; 210; 310); characterised in that said main body (20; 120; 220, 320) is made from cellulose pulp, said closing member (30; 130; 230, 330) is made from biocompatible material and in that it comprises a first sealing film made from edible material comprising at least one salt of alginic acid (23; 123; 223; 323) and positioned inside said bottom (22; 122; 222; 322) of the main body (20; 120; 220; 320) at least at said at least one first valve means (40; 140; 240; 340). - a main body (20; 120; 220, 320) suitable for containing a product to be dispensed, which comprises a bottom (22; 122; 222; 322) and a side wall (24; 124; 224; 324), extending from said bottom (22; 122, 222; 322) and ending with an edge (26; 126; 226; 326); - a closing member (30; 130; 230; 330) suitable for sealably closing said main body (20; 120; 220, 320); and - at least one first valve means (40; 140; 240; 340) suitable for allowing the beverage to come out from the capsule (10; 110; 210; 310) or for allowing a liquid to enter into the capsule (10; 110; 210; 310);
A method of producing erythroid cells comprising: forcibly expressing MYC family gene and one of HOXA2 gene and BCLXL gene in erythroid progenitor cells or Glycophorin A-positive pre-enucleation cells and amplifying the cells by culturing; and differentiating the amplified cells into the erythroid cells.
A process of preparing a brominated butadiene copolymer, the process comprising (a) contacting a solution of a starting copolymer of butadiene and at least one vinyl aromatic monomer in a non-oxygenated solvent with elemental bromine in an amount of from 0.5 to 1.5 equivalents per equivalent of aliphatic carbon-carbon double bonds in the starting copolymer to form a reaction solution, said contact being in the presence of from 0.75 to 3 moles of an aliphatic alcohol per mole of elemental bromine; and (b) maintaining the reaction solution under reaction conditions for a period of time sufficient to brominate more than 25 percent of aliphatic double bonds contained in the starting copolymer. (a) contacting a solution of a starting copolymer of butadiene and at least one vinyl aromatic monomer in a non-oxygenated solvent with elemental bromine in an amount of from 0.5 to 1.5 equivalents per equivalent of aliphatic carbon-carbon double bonds in the starting copolymer to form a reaction solution, said contact being in the presence of from 0.75 to 3 moles of an aliphatic alcohol per mole of elemental bromine; and (b) maintaining the reaction solution under reaction conditions for a period of time sufficient to brominate more than 25 percent of aliphatic double bonds contained in the starting copolymer.
Culture facility or changing station designed as a clean room facility for creating and maintaining a germ-free environment for animal or plant research, - with a rotatable cylindrical shelf with a vertical axis (a) as the axis of rotation, - with disc-shaped plates with spaces for placing containers (5; 6), - with a lifting device and with a rotating device for the disc-shaped plates, - with substantially sector-shaped containers (5; 6) to be arranged in an annular manner in the rack and removable in a radial direction, - with a cover for sterile shielding of the shelf from the environment and - with an interface on the cover for connecting a glove box or a removal rack, characterised by a water supply device for the containers (5; 6), which is accommodated completely within the shell of the exchange station (1; 2) and which enables each container (5; 6) to be supplied. - with a rotatable cylindrical shelf with a vertical axis (a) as the axis of rotation, - with disc-shaped plates with spaces for placing containers (5; 6), - with a lifting device and with a rotating device for the disc-shaped plates, - with substantially sector-shaped containers (5; 6) to be arranged in an annular manner in the rack and removable in a radial direction, - with a cover for sterile shielding of the shelf from the environment and - with an interface on the cover for connecting a glove box or a removal rack,
A contact wire that is suitable for use in an RJ-45 communications jack, comprising: a first termination end having a press-fit termination; a crossover section; and a longitudinal segment that includes a free end and a plug contact region that is configured to make physical and electrical contact with a contact of a mating plug connector, the longitudinal segment extending from the crossover section; characterised in that the contact wire further includes: a second termination end having a press-fit termination, wherein the crossover section connects the first termination end and the second termination end. a first termination end having a press-fit termination; a crossover section; and a longitudinal segment that includes a free end and a plug contact region that is configured to make physical and electrical contact with a contact of a mating plug connector, the longitudinal segment extending from the crossover section; characterised in that the contact wire further includes: a second termination end having a press-fit termination, wherein the crossover section connects the first termination end and the second termination end. a second termination end having a press-fit termination, wherein the crossover section connects the first termination end and the second termination end.
Awning comprising a rotatably mounted fabric shaft from which a piece of fabric can be unrolled, the front end of which piece of fabric is fixed to an extending profile, the extending profile being arranged so as to be displaceable along or on guide rails (7, 8), the guide rails (7, 8) having at least one downwardly curved portion (14, 15) in the region at the front in the extension direction, the guide rails (7, 8) being held by a transverse bar in the region at the front in the extension direction, the curved portions (14, 15) of the guide rails (7, 8) being positioned such that, after the transverse bar has moved thereover, the extending profile moves down, and therefore the piece of fabric rests on the transverse bar and is stretched over the transverse bar, characterised in that the transverse bar is supported by freestanding vertical posts (11, 12, 13).