mhurhangee/patent-ind-claim-en huggingface dataset:
Piston housing unit including a. an adjustable piston rod , b. a guide/damping unit for guiding and damping the piston rod in the piston housing unit (1; 1a; 1b), wherein the guide/damping unit has a guide element and at least one damping element , - wherein the damping element encloses the piston rod , - wherein the damping element has a damping ring or at least one damping strip , - wherein the damping ring or the at least one damping strip are made of an elastic damping material, - wherein the guide element and the damping element are fixed to one another, wherein - the piston housing unit (1; 1a; 1b) has housing with a longitudinal axis , - the piston rod is arranged outside of the housing with a first, free end , - an opposing, second end of the piston rod is arranged inside of the housing , - a piston is fitted on the second end of the piston rod , the piston being a collar-out protection, characterised in that the guide element has two half-shells . a. an adjustable piston rod , b. a guide/damping unit for guiding and damping the piston rod in the piston housing unit (1; 1a; 1b), wherein the guide/damping unit has a guide element and at least one damping element , - wherein the damping element encloses the piston rod , - wherein the damping element has a damping ring or at least one damping strip , - wherein the damping ring or the at least one damping strip are made of an elastic damping material, - wherein the guide element and the damping element are fixed to one another, - wherein the damping element encloses the piston rod , - wherein the damping element has a damping ring or at least one damping strip , - wherein the damping ring or the at least one damping strip are made of an elastic damping material, - wherein the guide element and the damping element are fixed to one another, - the piston housing unit (1; 1a; 1b) has housing with a longitudinal axis , - the piston rod is arranged outside of the housing with a first, free end , - an opposing, second end of the piston rod is arranged inside of the housing , - a piston is fitted on the second end of the piston rod , the piston being a collar-out protection,
Method for operating a medical system, in which a patient is moved manually by means of a patient table that can be moved relative to a component , which is embodied as an imaging apparatus, of the system with a motion parameter, comprising the following steps: detection of a speed of the patient relative to the component as the motion parameter using a sensor (S3), and automatic interaction (S4) between an image parameter of the imaging apparatus and the motion parameter so that the value of the image parameter changes dynamically with the value of the motion parameter.
A personalized document , comprising: a plastic substrate having first and second opposed major surfaces and perimeter edges (109a-d); a laminate laminated to the first major surface; and a security impression formed on the personalized document, the security impression including an indentation extending into the plastic substrate and defined by surrounding walls (103a-c) of the plastic substrate, the laminate extends into the indentation, and at least a portion of the laminate that extends into the indentation has been fused by heat to material forming the plastic substrate in order to create an interfacial layer therebetween, the indentation has been formed by pressing a heated indenter against the personalized document, where because of the fusion of the laminate to the plastic substrate the laminate tears or disfigures at the location of the security impression when attempting to remove the laminate from the plastic substrate. a plastic substrate having first and second opposed major surfaces and perimeter edges (109a-d); a laminate laminated to the first major surface; and a security impression formed on the personalized document, the security impression including an indentation extending into the plastic substrate and defined by surrounding walls (103a-c) of the plastic substrate, the laminate extends into the indentation, and at least a portion of the laminate that extends into the indentation has been fused by heat to material forming the plastic substrate in order to create an interfacial layer therebetween, the indentation has been formed by pressing a heated indenter against the personalized document, where because of the fusion of the laminate to the plastic substrate the laminate tears or disfigures at the location of the security impression when attempting to remove the laminate from the plastic substrate.
A method for data transmission, comprising: receiving at least two Demodulation Reference Signal, DMRS, port groups configured by a network device; determining a target reference signal resource corresponding to each of the at least two DMRS port groups; determining , according to the target reference signal resource, transmission parameters for data transmission on a DMRS port group corresponding to the target reference signal resource, comprising: determining a beam for transmitting or receiving a reference signal on the target reference signal resource as a beam for the data transmission on the DMRS port group corresponding to the target reference signal resource; and after determining the transmission parameters for the data transmission on each DMRS port group, performing the data transmission on the at least two DMRS port groups. receiving at least two Demodulation Reference Signal, DMRS, port groups configured by a network device; determining a target reference signal resource corresponding to each of the at least two DMRS port groups; determining , according to the target reference signal resource, transmission parameters for data transmission on a DMRS port group corresponding to the target reference signal resource, comprising: determining a beam for transmitting or receiving a reference signal on the target reference signal resource as a beam for the data transmission on the DMRS port group corresponding to the target reference signal resource; and after determining the transmission parameters for the data transmission on each DMRS port group, performing the data transmission on the at least two DMRS port groups.
A surface treatment assembly for treating a contoured surface , the surface treatment assembly comprising: an adjustable base having at least a first contour shape and a second contour shape; a plurality of applicator heads coupled to the adjustable base, each applicator head being configured to apply a surface treatment to the contoured surface; and an actuator operatively coupled to the adjustable base and configured to manipulate the adjustable base between the first contour shape and the second contour shape; wherein: the adjustable base comprises a composite material; and the composite material comprises a magnetic material dispersed in a composite resin and the actuator comprises at least one electromagnet configured to manipulate the magnetic material and the composite resin between the first contour shape and the second contour shape. an adjustable base having at least a first contour shape and a second contour shape; a plurality of applicator heads coupled to the adjustable base, each applicator head being configured to apply a surface treatment to the contoured surface; and an actuator operatively coupled to the adjustable base and configured to manipulate the adjustable base between the first contour shape and the second contour shape; wherein: the adjustable base comprises a composite material; and the composite material comprises a magnetic material dispersed in a composite resin and the actuator comprises at least one electromagnet configured to manipulate the magnetic material and the composite resin between the first contour shape and the second contour shape. the adjustable base comprises a composite material; and the composite material comprises a magnetic material dispersed in a composite resin and the actuator comprises at least one electromagnet configured to manipulate the magnetic material and the composite resin between the first contour shape and the second contour shape.
A system with an oil filler device and with a gear unit, wherein the gear unit has a cutout, characterised in that the oil filler device has a slotted bush which has an axially continuous cutout, through which projects a cone unit which has on that side of the slotted bush which is remote from the gear unit an external thread onto which a nut is screwed, the cone unit having a region widened towards the gear unit which presses the slotted bush against the gear unit.
A connector comprising: a housing in which a receiving passage is formed; a terminal inserted in an insertion direction and mounted in the receiving passage ; and wherein at least one limiting protrusion is provided on a wall of the receiving passage , and configured to be abutted against the terminal so as to retain a portion of the terminal outside the receiving passage when the terminal is pre-inserted into the receiving passage; wherein the limiting protrusion is scraped off by the terminal to allow the terminal to be fully inserted and mounted in the receiving passage; wherein the terminal comprises: a body portion ; two fixed arms extending upward from two opposite sides of the body portion toward an upper side of the body portion so as to fix a mating terminal inserted from a front end of the terminal between the body portion and the fixed arms; and a crimping portion connected to a rear end of the body portion; and characterized in that thelimiting protrusion is scraped off by the terminal to allow the terminal to be fully inserted and mounted in the receiving passage; and wherein the terminal further comprises: a release arm extending obliquely upward from a bottom wall of the terminal in a direction opposite to the insertion direction, and having a rear end upwardly bent as a drive portion which is depressed by the housing to release the inserted mating terminal when the housing is moved rearward relative to the fully inserted terminal. a housing in which a receiving passage is formed; a terminal inserted in an insertion direction and mounted in the receiving passage ; and wherein at least one limiting protrusion is provided on a wall of the receiving passage , and configured to be abutted against the terminal so as to retain a portion of the terminal outside the receiving passage when the terminal is pre-inserted into the receiving passage; wherein the limiting protrusion is scraped off by the terminal to allow the terminal to be fully inserted and mounted in the receiving passage; wherein the terminal comprises: a body portion ; two fixed arms extending upward from two opposite sides of the body portion toward an upper side of the body portion so as to fix a mating terminal inserted from a front end of the terminal between the body portion and the fixed arms; and a crimping portion connected to a rear end of the body portion; and characterized in that thelimiting protrusion is scraped off by the terminal to allow the terminal to be fully inserted and mounted in the receiving passage; and wherein the terminal further comprises: a release arm extending obliquely upward from a bottom wall of the terminal in a direction opposite to the insertion direction, and having a rear end upwardly bent as a drive portion which is depressed by the housing to release the inserted mating terminal when the housing is moved rearward relative to the fully inserted terminal.
A proteinase, comprising: (a) an amino acid sequence that is at least 90% identical to SEQ ID NO: 1; and (b) at least one amino acid substitution within the hydrophobic core region of helix 3 corresponding to amino acid positions 230-237 of SEQ ID NO:1, wherein the substitution is not isoleucine (I) at a position corresponding to position 230 of SEQ ID NO:1, wherein the substitution is not glycine (G) at a position corresponding to position 231, 234 or 235 of SEQ ID NO:1, wherein the substitution is not proline (P) at a position corresponding to position 236 of SEQ ID NO:1, and wherein the substitution is not phenylalanine (F) at a position corresponding to position 237 of SEQ ID NO:1; wherein the proteinase has enhanced thermolability at 65°C compared to the wild type proteinase K enzyme of SEQ ID NO: 1. (a) an amino acid sequence that is at least 90% identical to SEQ ID NO: 1; and (b) at least one amino acid substitution within the hydrophobic core region of helix 3 corresponding to amino acid positions 230-237 of SEQ ID NO:1, wherein the substitution is not isoleucine (I) at a position corresponding to position 230 of SEQ ID NO:1, wherein the substitution is not glycine (G) at a position corresponding to position 231, 234 or 235 of SEQ ID NO:1, wherein the substitution is not proline (P) at a position corresponding to position 236 of SEQ ID NO:1, and wherein the substitution is not phenylalanine (F) at a position corresponding to position 237 of SEQ ID NO:1;
An aircraft drive chain comprising a plurality of main pinions (10; 13, 14; 15) meshing with each other, a first main pinion including a wall delimiting an inner volume , external teeth being provided on an outer surface of the wall , the external teeth meshing with at least one second main pinion (13, 14; 15), a gear system being incorporated into the inner volume , the gear system including an annulus member (21, 22; 241), an internal teeth (25; 225) being provided on an inner surface of the annulus member (21, 22; 241), the first main pinion and the gear system being jointly configured to form a multiplier or reducer and to ensure a mechanical energy transfer between a driving member and a slave member, the gear system includes at least two planet pinions , a planet carrier member (41; 243) and sun teeth , the sun teeth being provided on a shaft connected to the driving member or to the slave member, the planet pinions meshing with the internal teeth (25; 225) and with the sun teeth , the annulus member including an annular wall stationary with respect to an aircraft mount, the planet carrier member being fixed to the pinion and stationary with respect to the same.
Retractable pipe whose wall is formed of at least one flexible gases impermeable and/or liquid impermeable band welded by its selvages in the form of a cylindrical helix and of at least one metal wire in the form of a cylindrical helix whose pitch is the same as the one formed by said band, characterized in that said band is a double fabric textile comprising at least two regions where the two fabrics work together to delimit at least one inflatable zone , the sets of warp threads and weft threads split in the inflatable zones so as to weave two fabrics and gather again in the regions where the two fabrics work together so as to weave a single fabric, said textile being covered with a coating layer of a gases and/or liquid impermeable material.
A method of controlling growth, development or reproductive ability of a plant, comprising: topically treating the plant with a composition comprising a doublestranded RNA (dsRNA) polynucleotide and a transfer agent, wherein the dsRNA polynucleotide comprises (a) a strand consisting of SEQ ID NO:3 or 5; and (b) a strand comprising the reverse complement of (a), whereby the growth, development or reproductive ability of the plant is reduced, relative to a plant not treated with the composition.
A method of filling an inside of a frame (F) with a thermal insulation material by additional foaming, the method comprising: a thermal insulation material preparation step to prepare a thermal insulation material having a smaller size than that of a hollow part of a frame (F) to be filled with the thermal insulation material and formed as a foamed molded product; a moisture addition step to add moisture to a surface of the thermal insulation material ; a thermal insulation material insertion step to insert the moisture-added thermal insulation material into the hollow part of the frame (F); and an additional foaming and expansion step to expand the thermal insulation material via additional foaming of the thermal insulation material formed as a foamed molded product inside the frame (F) by heating the frame into which the thermal insulation material is inserted. a thermal insulation material preparation step to prepare a thermal insulation material having a smaller size than that of a hollow part of a frame (F) to be filled with the thermal insulation material and formed as a foamed molded product; a moisture addition step to add moisture to a surface of the thermal insulation material ; a thermal insulation material insertion step to insert the moisture-added thermal insulation material into the hollow part of the frame (F); and an additional foaming and expansion step to expand the thermal insulation material via additional foaming of the thermal insulation material formed as a foamed molded product inside the frame (F) by heating the frame into which the thermal insulation material is inserted.
A XNOR compute in memory, CIM, bit cell circuit comprising: a static random access memory, SRAM, bit cell coupled to a system voltage and a ground ; a first signal line coupled to the SRAM bit cell; a second signal line coupled to the SRAM bit cell; a third signal line coupled to the SRAM bit cell; a fourth signal line coupled to the SRAM bit cell; a read transistor coupled to a first read signal line, an output of the SRAM bit cell, and a first read bit line; a capacitor coupled to the SRAM bit cell output and the system voltage; wherein the SRAM bit cell comprises a first transistor coupled to the first signal line , a second transistor coupled to the second signal line , a third transistor coupled to the third signal line , and a fourth transistor coupled to the fourth signal line ; wherein the SRAM bit cell comprises four transistors configured as a first inverter and a second inverter to perform a latch function on a data bit; and wherein the first transistor is a P type transistor, the second transistor is a P type transistor, the third transistor is an N type transistor, and a fourth transistor is an N type transistor. a static random access memory, SRAM, bit cell coupled to a system voltage and a ground ; a first signal line coupled to the SRAM bit cell; a second signal line coupled to the SRAM bit cell; a third signal line coupled to the SRAM bit cell; a fourth signal line coupled to the SRAM bit cell; a read transistor coupled to a first read signal line, an output of the SRAM bit cell, and a first read bit line; a capacitor coupled to the SRAM bit cell output and the system voltage; wherein the SRAM bit cell comprises a first transistor coupled to the first signal line , a second transistor coupled to the second signal line , a third transistor coupled to the third signal line , and a fourth transistor coupled to the fourth signal line ; wherein the SRAM bit cell comprises four transistors configured as a first inverter and a second inverter to perform a latch function on a data bit; and wherein the first transistor is a P type transistor, the second transistor is a P type transistor, the third transistor is an N type transistor, and a fourth transistor is an N type transistor.
An expansion joint configured to connect first and second vertical mullions of a curtain wall , the first and second vertical mullions each including an elongated body having an inner contour defining a hollow slot and an infill support tongue extending from a side of the elongated body, the first and second vertical mullions including an inner sleeve extending through the hollow slot of both the first and second vertical mullions, the expansion joint comprising: a body having sides , an upper surface , and a lower surface ; an inner contour defining a central inner slot extending through the body from the upper surface to the lower surface, the central inner slot being configured to receive the inner sleeve therethrough; a first raised lip projecting from the lower surface of the body, a second raised lip projecting from the upper surface of the body, a projection extending from one of the sides of the body, the projection being configured to be inserted between the infill support tongues of the first and second vertical mullions when the expansion joint is assembled with the first and second mullions; characterized by said first lip circumscribing the central slot, and being configured to be inserted inside of the inner contour of the first vertical mullion; said second lip circumscribing the central slot, and being configured to be inserted inside of the inner contour of the second vertical mullion; and by a tab on either side of the projection, wherein the tabs extend from the side of the body that includes the projection. a body having sides , an upper surface , and a lower surface ; an inner contour defining a central inner slot extending through the body from the upper surface to the lower surface, the central inner slot being configured to receive the inner sleeve therethrough; a first raised lip projecting from the lower surface of the body, a second raised lip projecting from the upper surface of the body, a projection extending from one of the sides of the body, the projection being configured to be inserted between the infill support tongues of the first and second vertical mullions when the expansion joint is assembled with the first and second mullions; characterized by said first lip circumscribing the central slot, and being configured to be inserted inside of the inner contour of the first vertical mullion; said second lip circumscribing the central slot, and being configured to be inserted inside of the inner contour of the second vertical mullion; and by a tab on either side of the projection, wherein the tabs extend from the side of the body that includes the projection.