mhurhangee/ep-ind-claims huggingface dataset:
A printed circuit board having a top surface and a bottom surface comprising: a radiator having an electrically insulated core and a first electrically conductive layer formed on a top and bottom surface of the electrically insulated core; a substrate having a second electrically conductive layer formed on a top and bottom surface of the substrate; a plurality of electrode bonding pads (71, 72) on the top surface of the printed circuit board, wherein each of the electrode bonding pads (71, 72) comprises a third electrically conductive layer extending from a surface of the second electrically conductive layer to a surface of the first electrically conductive layer, the plurality of electrode bonding pads comprising a positive electrode bonding pad and a negative electrode bonding pad; and a fourth electrically conductive layer on the bottom surface of the printed circuit board, wherein the fourth electrically conductive layer extends from a surface of the second electrically conductive layer to a surface of the first electrically conductive layer. a radiator having an electrically insulated core and a first electrically conductive layer formed on a top and bottom surface of the electrically insulated core; a substrate having a second electrically conductive layer formed on a top and bottom surface of the substrate; a plurality of electrode bonding pads (71, 72) on the top surface of the printed circuit board, wherein each of the electrode bonding pads (71, 72) comprises a third electrically conductive layer extending from a surface of the second electrically conductive layer to a surface of the first electrically conductive layer, the plurality of electrode bonding pads comprising a positive electrode bonding pad and a negative electrode bonding pad; and a fourth electrically conductive layer on the bottom surface of the printed circuit board, wherein the fourth electrically conductive layer extends from a surface of the second electrically conductive layer to a surface of the first electrically conductive layer.
A terminal comprising: a controller configured to map a phase tracking reference signal, PTRS, to at least one symbol used for an uplink shared channel; and a transmitter configured to perform transmission processing for the uplink shared channel and the PTRS, wherein the controller is configured to set a reference for mapping the PTRS to a second symbol when the transmitter transmits a demodulation reference signal, DMRS, using a first symbol and the second symbol in the uplink shared channel. a controller configured to map a phase tracking reference signal, PTRS, to at least one symbol used for an uplink shared channel; and a transmitter configured to perform transmission processing for the uplink shared channel and the PTRS, wherein the controller is configured to set a reference for mapping the PTRS to a second symbol when the transmitter transmits a demodulation reference signal, DMRS, using a first symbol and the second symbol in the uplink shared channel.
A method for estimating the prognosis of overall survival in a liver cancer patient comprising: step 1, contacting a biological sample harvested from the patient having liver cancer with a composition comprising a substance for specifically detecting the expression level of the gene CBS; step 2, detecting differences in the expression level of CBS by comparing the treatment result of step 1 with a baseline; wherein the overall survival from liver cancer is prognosticated, and wherein the expression level of CBS higher than the baseline indicates that the prognosis of overall survival is relatively good. step 1, contacting a biological sample harvested from the patient having liver cancer with a composition comprising a substance for specifically detecting the expression level of the gene CBS; step 2, detecting differences in the expression level of CBS by comparing the treatment result of step 1 with a baseline; wherein the overall survival from liver cancer is prognosticated, and wherein the expression level of CBS higher than the baseline indicates that the prognosis of overall survival is relatively good.
A method for taking on a role of group owner in a peer-to-peer 'P2P' group comprising a plurality of devices, the method comprising: sending a request message to a device in the P2P group that currently has the role of group owner, the request message including a request to take on the role of group owner; receiving from the device a response message in response to the request message, the response message including an indication that the request is accepted; said method being characterised by assuming the role of group owner of the P2P group after expiry of a beacon countdown specified in an announcement message from the device indicating that a second device in the P2P group is to assume the role of group owner, the beacon countdown starting from the reception of the announcement message, at which time all devices in the P2P group simultaneously switch to the new group owner to ensure that upper layer networking services can be preserved. sending a request message to a device in the P2P group that currently has the role of group owner, the request message including a request to take on the role of group owner; receiving from the device a response message in response to the request message, the response message including an indication that the request is accepted; said method being characterised by assuming the role of group owner of the P2P group after expiry of a beacon countdown specified in an announcement message from the device indicating that a second device in the P2P group is to assume the role of group owner, the beacon countdown starting from the reception of the announcement message, at which time all devices in the P2P group simultaneously switch to the new group owner to ensure that upper layer networking services can be preserved.
A mascara wand assembly comprising: a wand, with a circular cross-section, having a cap and a handle on two ends thereof; multiple brush units mounted to the wand and each brush unit having multiple first brush hairs extending radially and outward therefrom, each first brush hair having multiple sub-brush hairs extending therefrom, characterized by the fact each brush unit has a notch defined in a top thereof, each brush unit having a block extending downward from an underside thereof, a 90-degree angle being defined between the notch and block of each brush unit, the block of one brush unit being engaged with the notch of another brush unit next to it, and the assembly further comprises a cylindrical brush unit mounted to the wand and connected to the cap, the cylindrical brush unit having an insertion extending downward from an underside thereof, the insertion being engaged with the notch of the brush unit next to the cylindrical brush unit, the cylindrical brush unit having multiple second brush hairs extending radially and outward therefrom. a wand, with a circular cross-section, having a cap and a handle on two ends thereof; multiple brush units mounted to the wand and each brush unit having multiple first brush hairs extending radially and outward therefrom, each first brush hair having multiple sub-brush hairs extending therefrom, characterized by the fact each brush unit has a notch defined in a top thereof, each brush unit having a block extending downward from an underside thereof, a 90-degree angle being defined between the notch and block of each brush unit, the block of one brush unit being engaged with the notch of another brush unit next to it, and the assembly further comprises a cylindrical brush unit mounted to the wand and connected to the cap, the cylindrical brush unit having an insertion extending downward from an underside thereof, the insertion being engaged with the notch of the brush unit next to the cylindrical brush unit, the cylindrical brush unit having multiple second brush hairs extending radially and outward therefrom.
Apparatus for picking a garment having a first side and a second side and fitting the garment on a pallet having a front and a back such that the first side and the second side of the garment are on the front and the back sides respectively of the pallet, the apparatus comprising: a picking arm configured to approach the garment and then withdraw towards the pallet; at least one adherence location on said picking arm, the adherence location being smaller than the first side, the adherence location for contacting the garment at a contact location on an outer facing surface of the first side of the garment and utilizing sticky material able to cause adherence of the garment, at the contact location, to the adherence location, thereby causing said picking arm to pull said first side over said pallet, wherein said uncontacted second side slides under said first side onto said back side of said pallet, said contact location comprises an adhesive sticker attached to said garment and said sticky material comprises a coating of adhesive on said adhesive sticker. a picking arm configured to approach the garment and then withdraw towards the pallet; at least one adherence location on said picking arm, the adherence location being smaller than the first side, the adherence location for contacting the garment at a contact location on an outer facing surface of the first side of the garment and utilizing sticky material able to cause adherence of the garment, at the contact location, to the adherence location, thereby causing said picking arm to pull said first side over said pallet, wherein said uncontacted second side slides under said first side onto said back side of said pallet, said contact location comprises an adhesive sticker attached to said garment and said sticky material comprises a coating of adhesive on said adhesive sticker.
A method of wireless communication, comprising: receiving, at a user equipment, UE, a first minimum processing time signal from a serving base station, wherein the first minimum processing time signal identifies a minimum processing time for the serving base station to process autonomous uplink, AUL, transmissions from the UE; receiving, at the UE, a downlink feedback information, DFI, message from the serving base station, wherein the DFI message includes a bitmap containing acknowledgment information for a plurality of outstanding AUL transmissions from the UE; and identifying, by the UE, one or more acknowledged AUL transmissions of the plurality of outstanding AUL transmissions having a pending time in excess of the minimum processing time and one or more pending AUL transmissions of the plurality of outstanding AUL transmissions having the pending time within the minimum processing time by interpreting the bitmap using the minimum processing time received by the first signal and processing the identified AUL transmissions according to the interpretation. receiving, at a user equipment, UE, a first minimum processing time signal from a serving base station, wherein the first minimum processing time signal identifies a minimum processing time for the serving base station to process autonomous uplink, AUL, transmissions from the UE; receiving, at the UE, a downlink feedback information, DFI, message from the serving base station, wherein the DFI message includes a bitmap containing acknowledgment information for a plurality of outstanding AUL transmissions from the UE; and identifying, by the UE, one or more acknowledged AUL transmissions of the plurality of outstanding AUL transmissions having a pending time in excess of the minimum processing time and one or more pending AUL transmissions of the plurality of outstanding AUL transmissions having the pending time within the minimum processing time by interpreting the bitmap using the minimum processing time received by the first signal and processing the identified AUL transmissions according to the interpretation.
A method for the preparation of a food grade coagulated potato protein concentrate, wherein it comprises the steps of a) separating fibers and starch from a potato pulp, wherein a potato fruit juice containing potato protein is obtained, b) coagulating the potato protein in the potato fruit juice by adjusting the pH to an acidic value and by heating, wherein a coagulated potato protein slurry containing particles of coagulated potato protein is obtained, c) reducing the total glycoalkaloid content in the coagulated potato protein slurry to less than 150 mg/kg protein concentrate, wherein the total glycoalkaloid content is reduced in a washing step comprising dewatering of the coagulated potato protein slurry and subsequent addition of water, wherein said washing step is performed one or more times, each time followed by a pH adjustment of the protein slurry to 2-7, and heating of the protein slurry to 20-150°C, and d) actively reducing the particle size of the potato protein particles by physical means in such a way that a coagulated potato protein concentrate is obtained in which 90 % of said particles have a particle size of less than 55 μm, measurable with a Malvern particle analyzer model Mastersizer S with dry powder feeder. a) separating fibers and starch from a potato pulp, wherein a potato fruit juice containing potato protein is obtained, b) coagulating the potato protein in the potato fruit juice by adjusting the pH to an acidic value and by heating, wherein a coagulated potato protein slurry containing particles of coagulated potato protein is obtained, c) reducing the total glycoalkaloid content in the coagulated potato protein slurry to less than 150 mg/kg protein concentrate, wherein the total glycoalkaloid content is reduced in a washing step comprising dewatering of the coagulated potato protein slurry and subsequent addition of water, wherein said washing step is performed one or more times, each time followed by a pH adjustment of the protein slurry to 2-7, and heating of the protein slurry to 20-150°C, and d) actively reducing the particle size of the potato protein particles by physical means in such a way that a coagulated potato protein concentrate is obtained in which 90 % of said particles have a particle size of less than 55 μm, measurable with a Malvern particle analyzer model Mastersizer S with dry powder feeder.
A direction control valve group (Gv) for a construction machine that controls an amount of pressure oil (Op) that is discharged from a hydraulic pump (P, P1, P2) and supplied to a hydraulic actuator (11c, 12c, 13c), the direction control valve group (Gv) comprising: a cylinder port (Cprt, CprtA, CprtB) that supplies pressure oil (Op) to the hydraulic actuator (11c, 12c, 13c); characterised by a bridge passage (Rb) that is continuously or discontinuously connected to the cylinder port (Cprt, CprtA, CprtB) according to a change of a position of a spool; and an internal passage that supplies the pressure oil (Op) discharged from the hydraulic pump (P, P1, P2) to the bridge passage (Rb); wherein the spool is provided in the internal passage. a cylinder port (Cprt, CprtA, CprtB) that supplies pressure oil (Op) to the hydraulic actuator (11c, 12c, 13c); characterised by a bridge passage (Rb) that is continuously or discontinuously connected to the cylinder port (Cprt, CprtA, CprtB) according to a change of a position of a spool; and an internal passage that supplies the pressure oil (Op) discharged from the hydraulic pump (P, P1, P2) to the bridge passage (Rb);
A turbine stage for a turbomachine, comprising ring sectors arranged about a turbine impeller and suspended from a turbine casing by an annular support, characterized in that the annular support comprises means (54,54') for coupling the ring sectors and means for attachment to the turbine casing, connected by two coaxial annular walls (68,70,80,82) connected to one another and extending one inside the other, said support having: - a V-shaped section comprising two respectively inner and outer frustoconical walls (80,82) defining said two coaxial annular walls, the inner frustoconical wall, the inner frustoconical wall being aligned with a frustoconical wall connecting the upstream radial wall and the downstream radial wall of the coupling means, or - a U-shaped section comprising two respectively inner and outer substantially cylindrical walls (68,70) defining said two coaxial annular walls, said support being able to be elastically deformed in a radial direction to absorb at least a portion of the deformations of the turbine casing in operation. - a V-shaped section comprising two respectively inner and outer frustoconical walls (80,82) defining said two coaxial annular walls, the inner frustoconical wall, the inner frustoconical wall being aligned with a frustoconical wall connecting the upstream radial wall and the downstream radial wall of the coupling means, or - a U-shaped section comprising two respectively inner and outer substantially cylindrical walls (68,70) defining said two coaxial annular walls,
A system for plasma cutting, the system comprising: a plasma cutting table; a gantry movable along the plasma cutting table in a first direction; a torch carriage movable along the gantry in a second direction that is perpendicular to the first direction; characterized by a torch holder attached to the torch carriage and comprising a motor having a hollow shaft rotor; and a plasma cutting torch attached to the hollow shaft rotor for 360 degree rotation by the hollow shaft rotor around an axis of the plasma cutting torch. a plasma cutting table; a gantry movable along the plasma cutting table in a first direction; a torch carriage movable along the gantry in a second direction that is perpendicular to the first direction; characterized by a torch holder attached to the torch carriage and comprising a motor having a hollow shaft rotor; and a plasma cutting torch attached to the hollow shaft rotor for 360 degree rotation by the hollow shaft rotor around an axis of the plasma cutting torch.
A collection assembly, in particular for blood samples, having a sample container, which has an open end, an end closed by a base and a side wall extending between the open end and the closed end with an outer surface and an inner surface, the side wall being delimited in the region of the open end by an end face, and the side wall as well as the base defining a collecting chamber, and the sample container further comprising, at its open end delimited by the end face, a flange projecting radially over the side wall as well as an annular skirt, wherein the annular skirt is disposed on an end of the flange facing away from the side wall, and the annular skirt extends from said flange end in the axial direction towards the closed end, wherein the sample container, the flange and the annular skirt form a one-piece component, and an approximately tubular open space is formed between the outer surface of the side wall and an inner annular skirt surface of the annular skirt facing the side wall and is delimited by the flange in the axial direction in the region of the open end, and having a closure device which comprises a closure cap, as well as a penetrable septum held on the closure cap, wherein in its closed position, the closure device closes the collecting chamber of the sample container in the region of its open end, characterized in that the closure cap comprises an outer cap casing, an inner cap casing disposed spaced apart therefrom in the radial direction and an end wall connecting the two cap casings (23, 24) in the radial direction, and in that in the closed position of the closure device, an open face end of the outer cap casing is seated in the intermediate region between the flange and the annular skirt, and in that a holding device having first and second holding elements cooperating in the closed position is provided between the open face end of the outer cap casing and the flange or the annular skirt, and in that the flange or the annular skirt has an outer cross-sectional form or an external dimension which approximately corresponds to an outer cross-sectional form or an external dimension of the outer cap casing, and in that the septum is disposed or formed on an open face end of the inner cap casing disposed spaced apart from the end wall.
Hydraulic steering system for a vehicle, in particular an industrial truck, comprising: - a steering cylinder having two chambers (12a, 12b) and a corresponding hydraulic connector (12a1, 12b1) on each of the two chambers (12a, 12b) for actuating a steering movement of at least one wheel of the vehicle; - at least one hydraulic pump; - at least one hydraulic tank for receiving hydraulic oil; and - a steering block comprising: ∘ two first hydraulic connectors (A, B) for connecting to the two hydraulic connectors (12a1, 12b1) of the steering cylinder; ∘ at least two second hydraulic connectors (P, LS, T) for supplying the steering block with hydraulic oil from the hydraulic pump and returning the hydraulic oil to the hydraulic tank; and ∘ a controllable valve assembly which receives control signals from a steering angle detection device and is designed to convey hydraulic oil to the steering cylinder on the basis of these control signals; the controllable valve assembly also being designed to be switchable into at least one neutral position in which it permits a flow of hydraulic oil between the two chambers (12a, 12b) of the steering cylinder, and the hydraulic steering system further comprising a pump device which is designed to drive the flow of hydraulic oil between the two chambers (12a, 12b) of the steering cylinder when the valve assembly is in the neutral position, characterised in that the valve assembly is switchable into two neutral positions, each of which allow one of the two flow directions of hydraulic oil from one of the chambers (12a, 12b) of the steering cylinder into the other. - a steering cylinder having two chambers (12a, 12b) and a corresponding hydraulic connector (12a1, 12b1) on each of the two chambers (12a, 12b) for actuating a steering movement of at least one wheel of the vehicle; - at least one hydraulic pump; - at least one hydraulic tank for receiving hydraulic oil; and - a steering block comprising: ∘ two first hydraulic connectors (A, B) for connecting to the two hydraulic connectors (12a1, 12b1) of the steering cylinder; ∘ at least two second hydraulic connectors (P, LS, T) for supplying the steering block with hydraulic oil from the hydraulic pump and returning the hydraulic oil to the hydraulic tank; and ∘ a controllable valve assembly which receives control signals from a steering angle detection device and is designed to convey hydraulic oil to the steering cylinder on the basis of these control signals; ∘ two first hydraulic connectors (A, B) for connecting to the two hydraulic connectors (12a1, 12b1) of the steering cylinder; ∘ at least two second hydraulic connectors (P, LS, T) for supplying the steering block with hydraulic oil from the hydraulic pump and returning the hydraulic oil to the hydraulic tank; and ∘ a controllable valve assembly which receives control signals from a steering angle detection device and is designed to convey hydraulic oil to the steering cylinder on the basis of these control signals;