mhurhangee/ep-ind-claims huggingface dataset:
A piston (61, 74, 75, 76, 98, 103) for a liquid-pressure rotating device in which a plurality of pistons including the piston are arranged at a cylinder block in a circumferential direction of the cylinder block, the cylinder block being configured to rotate together with a rotating shaft, the liquid-pressure rotating device being used as a pump or a motor, the piston comprising: a cylindrical peripheral wall main body portion including a hollow portion, an opening portion being formed at one end of the peripheral wall main body portion and communicating with the hollow portion; and a lid portion welded at an inner peripheral surface of the opening portion to seal the hollow portion and including an outer surface formed as a pressure receiving surface which receives liquid pressure; characterised by a stress reducing portion (65, 77, 78, 79) provided on an inner peripheral surface of the peripheral wall main body portion, the inner peripheral surface and an inner surface of the lid portion being in contact with or close to an end portion of a welded portion formed between the opening portion and the lid portion, the end portion being exposed at the hollow portion, the inner surface being located at the hollow portion side, wherein the stress reducing portion is an annular concave portion provided on the inner peripheral surface of the peripheral wall main body portion to reduce stress acting on the end portion of the welded portion, the annular concave portion having an arbitrary shape including a circular-arc shape or a polygonal shape ona cross section through which a center line of the peripheral wall main body portion extends.. a cylindrical peripheral wall main body portion including a hollow portion, an opening portion being formed at one end of the peripheral wall main body portion and communicating with the hollow portion; and a lid portion welded at an inner peripheral surface of the opening portion to seal the hollow portion and including an outer surface formed as a pressure receiving surface which receives liquid pressure; characterised by a stress reducing portion (65, 77, 78, 79) provided on an inner peripheral surface of the peripheral wall main body portion, the inner peripheral surface and an inner surface of the lid portion being in contact with or close to an end portion of a welded portion formed between the opening portion and the lid portion, the end portion being exposed at the hollow portion, the inner surface being located at the hollow portion side, wherein the stress reducing portion is an annular concave portion provided on the inner peripheral surface of the peripheral wall main body portion to reduce stress acting on the end portion of the welded portion, the annular concave portion having an arbitrary shape including a circular-arc shape or a polygonal shape ona cross section through which a center line of the peripheral wall main body portion extends..
A portable doorway recreation device for use on a doorway frame comprising: an L-shaped frame (12, 14); a first horizontal elongate bar attached to a riser of the L-shaped frame (12, 14); a second horizontal elongate bar attached to a base of the L-shaped frame (12, 14); a securing member operatively associated with the second elongate bar, wherein, while in use, with the first elongate bar resting on top of the doorway frame on a first wall side and the second elongate bar in contact with a second wall side, the securing member is configured to forcibly engage one of the first and second wall sides to prevent movement of the second elongate bar away from the second wall side. an L-shaped frame (12, 14); a first horizontal elongate bar attached to a riser of the L-shaped frame (12, 14); a second horizontal elongate bar attached to a base of the L-shaped frame (12, 14); a securing member operatively associated with the second elongate bar, wherein, while in use, with the first elongate bar resting on top of the doorway frame on a first wall side and the second elongate bar in contact with a second wall side, the securing member is configured to forcibly engage one of the first and second wall sides to prevent movement of the second elongate bar away from the second wall side.
A safe effector immune cell for use in treating cancer in a patient having a tumor characterized by LOH of a single allelic variant encoding a polymorphic cell surface epitope, wherein the cell is transfected with a nucleic acid molecule comprising a nucleotide sequence encoding an inhibitory chimeric antigen receptor (iCAR) capable of preventing or attenuating undesired activation of an effector immune cell; and an intracellular domain comprising at least one signal transduction element that inhibits an effector immune cell, wherein the iCAR is directed to a single allelic variant encoding a polymorphic cell surface epitope absent from cells of the tumor due to loss of heterozygosity but present at least on all cells of related mammalian normal tissue of the patient, and wherein the polymorphic cell surface epitope is an HLA type I. wherein the cell is transfected with a nucleic acid molecule comprising a nucleotide sequence encoding an inhibitory chimeric antigen receptor (iCAR) capable of preventing or attenuating undesired activation of an effector immune cell; and an intracellular domain comprising at least one signal transduction element that inhibits an effector immune cell, wherein the iCAR is directed to a single allelic variant encoding a polymorphic cell surface epitope absent from cells of the tumor due to loss of heterozygosity but present at least on all cells of related mammalian normal tissue of the patient, and wherein the polymorphic cell surface epitope is an HLA type I.
Apparatus for influencing a running material web, wherein the apparatus has at least one adjustable roller, which deflects the material web, wherein the at least one roller is adjustable by at least two degrees of freedom, and the at least one roller is operatively connected to at least two actuators such that at least one of the actuators is assigned to each of the degrees of freedom, wherein at least one of the actuators is a linearly adjustable drive, and at least one of the actuators is pivotably held with one side in a first pivot mounting and with its other side in a second pivot mounting connected to the at least one roller, characterized in that at least one of the actuators is operatively connected to at least one computation circuit, which, from the relative, vectorial distance A of the first pivot mounting from a preset pivot axis, from the relative, vectorial distance B of the second pivot mounting from the preset pivot axis, and from a preset pivot angle α of the at least one roller, calculates an actuator length L as follows, wherein the "t" is to be understood as a transposition rule, wherein the vectorial distance of the second pivot mounting from the pivot axis should be used for the non-pivoted roller (α=0°): L = A → 2 + B → 2 + B → A → t − cos α sin α − sin α cos α
A method for quantitatively evaluating a graphite structure of a gray cast iron by an image analysis apparatus, comprising using the image analysis apparatus to perform the steps of: analyzing a magnified image of the graphite structure to extract non-spherical graphite pieces contained in the graphite structure having sizes of an area equal to that of a circle having a diameter of 5 μm or more or a maximum length of 10 μm or more, as defined as being within a first range, to calculate a number of the extracted non-spherical graphite pieces; calculating a thick and thin degree expressing a representative degree of thickness of the non-spherical graphite pieces, including measuring a maximum length and an area of each of the non-spherical graphite pieces, contained in the extracted non-spherical graphite pieces, having maximum lengths of 50 μm or more and less than 150 μm, as defined as being within a second range, determining an area of a representative non-spherical graphite piece having maximum length of 100 μm based on the calculated maximum lengths and areas, and dividing the determined area by 100 to obtain the thick and thin degree; and outputting the calculated number and the thick and thin degree of the non-spherical graphite pieces in combination as an evaluation result. analyzing a magnified image of the graphite structure to extract non-spherical graphite pieces contained in the graphite structure having sizes of an area equal to that of a circle having a diameter of 5 μm or more or a maximum length of 10 μm or more, as defined as being within a first range, to calculate a number of the extracted non-spherical graphite pieces; calculating a thick and thin degree expressing a representative degree of thickness of the non-spherical graphite pieces, including measuring a maximum length and an area of each of the non-spherical graphite pieces, contained in the extracted non-spherical graphite pieces, having maximum lengths of 50 μm or more and less than 150 μm, as defined as being within a second range, determining an area of a representative non-spherical graphite piece having maximum length of 100 μm based on the calculated maximum lengths and areas, and dividing the determined area by 100 to obtain the thick and thin degree; and outputting the calculated number and the thick and thin degree of the non-spherical graphite pieces in combination as an evaluation result.
A device for damping a fluid intended for a tank, in particular of a spacecraft, including a frame provided with at least one ring and a plurality of rods, each of said rods being attached by a first end about said ring, said device including a net arranged on the plurality of rods and about the ring, the net comprising a mesh adapted to the viscosity of the fluid to be damped so as to damp the motions of said fluid, said device including, additionally, a plurality of holding elements, each of the rods being arranged in a holding element by a second end opposite the first end, characterised in that the device is configured to be able to be brought from a folded position to an unfolded position, the folded position corresponding to a position of the device in which the rods are arranged substantially parallel to one another and each of said rods forms a zero angle with a so-called longitudinal axis of said device, the unfolded position corresponding to a position of the device in which the rods are not parallel to one another and each of said rods forms a so-called extension angle (β), said extension angle (β) being non-zero with the longitudinal axis.
Process for producing metal oxide and/or silicon oxide powders by means of flame spray pyrolysis, characterized in that an aerosol comprising a metal compound and/or silicon compound is introduced into a flame in a reactor and reacted therein, and the metal oxide powder and/or silicon oxide powder obtained is separated from gaseous substances, wherein a) the flame is formed by the ignition of an oxygen-containing gas with a fuel gas, b) the aerosol is obtained by joint atomization of a solution containing a metal compound and/or silicon compound and an atomization gas by means of one or more nozzles and c) the ratio of the spray area to the cross-sectional reactor area is at least 0.2. a) the flame is formed by the ignition of an oxygen-containing gas with a fuel gas, b) the aerosol is obtained by joint atomization of a solution containing a metal compound and/or silicon compound and an atomization gas by means of one or more nozzles and c) the ratio of the spray area to the cross-sectional reactor area is at least 0.2.
Method for obtaining an interface panel comprising, on the one hand, a rigid façade element, and, on the other hand, at least one flexible functional film (10, 20), wherein provision is made: - to apply adhesive to a front face of the functional film (10, 20), - to position the front face of the functional film (10, 20) against a rear face of the rigid façade element, and - to press the front face of the functional film (10, 20) thus positioned against the rear face of the façade element, the rear face of the façade element being provided with a flat portion and a curved portion of developable surface with Gaussian curvature that is conical or elliptical conical, the front face of the functional film (10, 20) is first of all positioned against the flat portion of the rear face of the façade element such that a part of a peripheral edge (14, 24) of the functional film (10, 20) is aligned along at least one positioning marker (58, 59, 60; 61) provided in the flat portion of the rear face of the façade element, then the functional film (10, 20) is pressed against the rear face of the façade element from the flat portion towards the curved portion of the rear face of the façade element. - to apply adhesive to a front face of the functional film (10, 20), - to position the front face of the functional film (10, 20) against a rear face of the rigid façade element, and - to press the front face of the functional film (10, 20) thus positioned against the rear face of the façade element, the rear face of the façade element being provided with a flat portion and a curved portion of developable surface with Gaussian curvature that is conical or elliptical conical, the front face of the functional film (10, 20) is first of all positioned against the flat portion of the rear face of the façade element such that a part of a peripheral edge (14, 24) of the functional film (10, 20) is aligned along at least one positioning marker (58, 59, 60; 61) provided in the flat portion of the rear face of the façade element, then the functional film (10, 20) is pressed against the rear face of the façade element from the flat portion towards the curved portion of the rear face of the façade element.
Method for adjusting a switching mode power supply source of the voltage-down type, said source being configured to deliver an output voltage (Vout), including a power transistor configured to be cyclically turned on by a first control signal and being intended to operate in a pulse width modulation mode in which it is configured to generate an error voltage (Verror) from the output voltage (Vout) and a from reference voltage (Vref) or in a pulse frequency modulation mode, characterised in that the method comprises generating the first control signal from a comparison of the error voltage (Verror) and a ramp voltage (Vr) and applying, in the pulse width modulation mode, a first delay to the first control signal, the first delay being determined so as to reduce the difference between the error voltage (Verror) and the reference voltage (Vref), said source being configured to generate, in the pulse width modulation mode, a first intermediate signal from a comparison of the error voltage (Verror) and the ramp voltage (Vr), and the first delay is equal to the duration of a first intrinsic propagation time of said generation of the first intermediate signal.
Fixing unit for providing a mounting thread, designed as an internal thread, on a component - in particular, on a thin-walled component - having - a fixing body, which bears the mounting thread and is designed to be arranged on a first side of the component in the region of a cut-out extending through the component; and - a holding element, which is designed to be arranged on a second side of the component in the region of the cut-out, extending through the component, and opposite the fixing body, and to hold the fixing body on the first side of the component, wherein, that the holding element comprises one or more connecting parts (38a-38d), which are designed to hold the fixing body on the first side of the component in order to be connected to a holding portion, spaced apart from the mounting thread, of the fixing body, characterized in that a connecting part (38a-38d) of the holding element is designed as a circumferential connection thread which is designed as an external thread, wherein the holding portion of the fixing body has a fixing thread, which corresponds to the connection thread and is designed as an internal thread. - a fixing body, which bears the mounting thread and is designed to be arranged on a first side of the component in the region of a cut-out extending through the component; and - a holding element, which is designed to be arranged on a second side of the component in the region of the cut-out, extending through the component, and opposite the fixing body, and to hold the fixing body on the first side of the component,
Microfluidic device for creating within a cell assembly a cell-free area, comprising at least one cell chamber, wherein the at least one cell chamber comprises: - a fluid inlet for introducing fluid into the cell chamber, - a first area, - a second area, - at least one mechanical excluding means for excluding cells from the first area of the chamber and being operable between an excluding position and a releasing position via an actuation line, wherein the second area of the cell chamber is outside of the operation range of the mechanical excluding means. - a fluid inlet for introducing fluid into the cell chamber, - a first area, - a second area, - at least one mechanical excluding means for excluding cells from the first area of the chamber and being operable between an excluding position and a releasing position via an actuation line,
A photoarray for detecting time-dependent image data comprising an array of cells, each cell comprising a photosensor (D, T1 - T4) generating a sensor signal dependent on a light intensity at said cell, characterized by a first capacitor being charged by a current proportional to a time-derivative of said sensor signal, a first threshold detector (T9 - T11) detecting if a voltage over said first capacitor exceeds a first, upper threshold value and generating a first output signal if yes, a second threshold detector (T12 - T14) detecting if a voltage over said first capacitor falls below a second, lower threshold value and generating a second output signal if yes, and a discharge device for discharging said first capacitor after occurrence of said output signal (ON, OFF). a photosensor (D, T1 - T4) generating a sensor signal dependent on a light intensity at said cell, characterized by a first capacitor being charged by a current proportional to a time-derivative of said sensor signal, a first threshold detector (T9 - T11) detecting if a voltage over said first capacitor exceeds a first, upper threshold value and generating a first output signal if yes, a second threshold detector (T12 - T14) detecting if a voltage over said first capacitor falls below a second, lower threshold value and generating a second output signal if yes, and a discharge device for discharging said first capacitor after occurrence of said output signal (ON, OFF).
A data transmission apparatus (600, 700, 800, 900), comprising: a receiving module, configured to receive an indication message sent by a network device, wherein the indication message comprises first information and second information, the first information is used to indicate one of M transmission areas allocated by the network device, M being a positive integer, the second information comprises information about a coding rate determined for the one of the M transmission areas, and the one of the M the transmission areas represents an air interface time-frequency resource that comprises a time range and a frequency range that are specified by a communications system, wherein the one of the M transmission areas is used for non-grant mode uplink data transmission, where uplink data is sent by using, without needing undergo a process from resource requesting to uplink granting by the network device, the one of the M transmission areas; a determining module (601, 602, 702, 703), configured to determine, according to the coding rate determined for the one of the M transmission areas, transport block size; and a sending module (603, 704), configured to send, on the one of the M transmission areas, uplink data to the network device according to the transport block size, wherein the first information comprises time domain information and frequency domain information of the one of the transmission areas, and wherein the time domain information comprises a time domain assignment and a time domain offset. a receiving module, configured to receive an indication message sent by a network device, wherein the indication message comprises first information and second information, the first information is used to indicate one of M transmission areas allocated by the network device, M being a positive integer, the second information comprises information about a coding rate determined for the one of the M transmission areas, and the one of the M the transmission areas represents an air interface time-frequency resource that comprises a time range and a frequency range that are specified by a communications system, wherein the one of the M transmission areas is used for non-grant mode uplink data transmission, where uplink data is sent by using, without needing undergo a process from resource requesting to uplink granting by the network device, the one of the M transmission areas; a determining module (601, 602, 702, 703), configured to determine, according to the coding rate determined for the one of the M transmission areas, transport block size; and a sending module (603, 704), configured to send, on the one of the M transmission areas, uplink data to the network device according to the transport block size, wherein the first information comprises time domain information and frequency domain information of the one of the transmission areas, and wherein the time domain information comprises a time domain assignment and a time domain offset.
A method performed by a base station in a wireless communication system, the method comprising: identifying block fading based on data received from a user equipment, UE, via a physical uplink control channel, PUCCH, and in response to identifying the block fading, transmitting, to the UE, a signal indicating that data is repeatedly transmitted, and repeatedly transmitting, to the UE, data by using at least two symbols that have a preset time interval, wherein the signal indicates a spectral efficiency, SE, level according to a ratio of a first period and a second period, and wherein the first period is a period in which fading exists, and the second period is a period in which fading does not exist. identifying block fading based on data received from a user equipment, UE, via a physical uplink control channel, PUCCH, and in response to identifying the block fading, transmitting, to the UE, a signal indicating that data is repeatedly transmitted, and repeatedly transmitting, to the UE, data by using at least two symbols that have a preset time interval, wherein the signal indicates a spectral efficiency, SE, level according to a ratio of a first period and a second period, and wherein the first period is a period in which fading exists, and the second period is a period in which fading does not exist.
A loading station for a storage frame, wherein the storage frame serves for temporarily holding and transporting rod-like elements, in particular smoking rods, on which sausage-shaped products, like sausages, are stored, and comprises two side parts, wherein each side part has two vertical rods and two supports being substantially parallel to each other, and wherein the side parts are connected with each other by at least one cross-beam, and horizontally arranged trays for accommodating rod-like elements, wherein the loading station comprises at least one position defining device (114, 118) for defining a predetermined position of the storage frame, wherein at least one locking device is provided for releasably locking of the storage frame in its predetermined position within the loading station and wherein the locking device is configured to engage the vertical rods of the storage frame which are directed to the front side of the loading station, when the storage frame is shifted into the loading station from the rear side of the loading station, characterized in that at least one straightening device is provided for straightening the storage frame while the storage frame is moved into its predetermined position.