mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a rotor blade, at least one pultrudate being pulled in a pultrusion process, at least one mould half-shell being provided, layers being inserted into the at least one mould half-shell and the at least one pultrudate being inserted into the mould half-shell along a longitudinal direction (L) of the at least one mould half-shell , wherein the at least one pultrudate is pulled with a curvature perpendicular to the longitudinal direction (L), characterised in that a curvature of the rotor blade half-shell is determined in the direction of a profile chord and the curvature of the at least one pultrudate is adapted to the curvature of the rotor blade half-shell.
An autonomous cleaning robot, comprising: a main body ; and a cleaning assembly, the cleaning assembly being mounted on the main body , the cleaning assembly comprising a first cleaning subassembly removable and mounted on the main body , the first cleaning subassembly being removable and connected to the main body through a connecting member, the first cleaning subassembly being movable in the forward direction or the backward direction of the main body when the first cleaning subassembly is loaded into or removed from the main body , the first cleaning subassembly comprising a liquid container ; characterized in that the autonomous cleaning robot further comprises an obstacle-assisting wheel , rotatably mounted on the liquid container . a main body ; and a cleaning assembly, the cleaning assembly being mounted on the main body , the cleaning assembly comprising a first cleaning subassembly removable and mounted on the main body , the first cleaning subassembly being removable and connected to the main body through a connecting member, the first cleaning subassembly being movable in the forward direction or the backward direction of the main body when the first cleaning subassembly is loaded into or removed from the main body , the first cleaning subassembly comprising a liquid container ; characterized in that the autonomous cleaning robot further comprises an obstacle-assisting wheel , rotatably mounted on the liquid container .
An in vitro or ex vivo method for manufacturing T cells comprising: (a) activating a population of T cells and stimulating the population of T cells to proliferate, wherein the activation and stimulation steps are performed in the presence of a PI3K inhibitor; (b) transducing the T cells with a viral vector comprising an engineered T cell receptor (TCR) or a chimeric antigen receptor (CAR); and (c) culturing the transduced T cells to proliferate; wherein the activating and stimulating steps performed in the presence of the PI3K inhibitor results in maintaining proliferation and decreasing differentiation of the transduced T cells compared to the proliferation and differentiation of transduced T cells that were activated and stimulated in the absence of the PI3K inhibitor. (a) activating a population of T cells and stimulating the population of T cells to proliferate, wherein the activation and stimulation steps are performed in the presence of a PI3K inhibitor; (b) transducing the T cells with a viral vector comprising an engineered T cell receptor (TCR) or a chimeric antigen receptor (CAR); and (c) culturing the transduced T cells to proliferate;
A photo-detecting apparatus , comprising: a first modulation signal generating circuit coupled to a first photodetector and operated between a first voltage (V1) and a second voltage (V2), the first modulation signal generating circuit being configured to generate a first modulation signal (SI11, SI12); and a second modulation signal generating circuit , coupled to a second photodetector and operated between the second voltage (V2) and a third voltage (V3), the second modulation signal generating circuit being configured to generate a second modulation signal (SI21, SI22); the first photodetector , configured to receive the first modulation signal (SI11, SI12) and to generate at least a first detecting signal (SO11, SO12) according to the first modulation signal (SI11, SI12); the second photodetector , coupled to the first photodetector , the second photodetector being configured to receive the second modulation signal (SI21, SI22) and to generate a second detecting signal (SO21, SO22) according to the second modulation signal (SI21, SI22); wherein the second voltage (V2) is between the first voltage (V1) and the third voltage (V3), wherein a current is generated during operation and flows through the first modulation signal generating circuit , the first photodetector , the second modulation signal generating circuit and the second photodetector . a first modulation signal generating circuit coupled to a first photodetector and operated between a first voltage (V1) and a second voltage (V2), the first modulation signal generating circuit being configured to generate a first modulation signal (SI11, SI12); and a second modulation signal generating circuit , coupled to a second photodetector and operated between the second voltage (V2) and a third voltage (V3), the second modulation signal generating circuit being configured to generate a second modulation signal (SI21, SI22); the first photodetector , configured to receive the first modulation signal (SI11, SI12) and to generate at least a first detecting signal (SO11, SO12) according to the first modulation signal (SI11, SI12); the second photodetector , coupled to the first photodetector , the second photodetector being configured to receive the second modulation signal (SI21, SI22) and to generate a second detecting signal (SO21, SO22) according to the second modulation signal (SI21, SI22); wherein the second voltage (V2) is between the first voltage (V1) and the third voltage (V3), wherein a current is generated during operation and flows through the first modulation signal generating circuit , the first photodetector , the second modulation signal generating circuit and the second photodetector .
A nose piece assembly for an automated spar assembly tool comprising: a base ; an engaging member ; and an offset member extending between said base and said engaging member , said offset member having substantially a U-shape allowing for access by said engaging member to portions of a structural assembly behind a closed angle, wherein the base comprises a rotation flange for attachment to a bucking station of an automated drilling system , which further comprises a drilling station , the bucking station acting on one side of the structural assembly for providing a reaction clamping force equal to and opposite to a clamping force applied by the drilling station acting on an opposite side of the one side of the structural assembly , characterized by a plurality of magnets embedded in the rotation flange for attachment to a headstone on the bucking station . a base ; an engaging member ; and an offset member extending between said base and said engaging member , said offset member having substantially a U-shape allowing for access by said engaging member to portions of a structural assembly behind a closed angle, wherein the base comprises a rotation flange for attachment to a bucking station of an automated drilling system , which further comprises a drilling station , the bucking station acting on one side of the structural assembly for providing a reaction clamping force equal to and opposite to a clamping force applied by the drilling station acting on an opposite side of the one side of the structural assembly , characterized by a plurality of magnets embedded in the rotation flange for attachment to a headstone on the bucking station .
A mechanical thrombectomy apparatus for removing a clot from a vessel, the apparatus comprising: an elongate inversion support catheter (1005; 1105) having a distal end and a distal end opening; an elongate puller (1007; 1027; 1047; 1107; 1107') extending within the elongate inversion support catheter (1005; 1105); and a knitted tractor tube (1003; 1103) extending over an outer surface of the elongate inversion support catheter (1005; 1105), inverting into the distal end opening of the elongate inversion support catheter (1005; 1105), and attached to the elongate puller (1007; 1027; 1047; 1107; 1107') at a first end within the elongate inversion support catheter (1005; 1105), characterized in that the portion of the knitted tractor tube (1003; 1103) extending over the outer surface of the elongate inversion support catheter (1005; 1105) comprises a wire forming a helical spiral of alternating teardrop shaped-links, each having a rounded apex , wherein each link is connected to two adjacent links so that the apex of each link is on an outward-facing surface of the tractor tube (1003; 1103), wherein the links flare outward from an outer wall of the elongate inversion support catheter (1005; 1105) when the puller (1007; 1027; 1047; 1107; 1107') is pulled proximally within the elongate inversion support catheter (1005; 1105). an elongate inversion support catheter (1005; 1105) having a distal end and a distal end opening; an elongate puller (1007; 1027; 1047; 1107; 1107') extending within the elongate inversion support catheter (1005; 1105); and a knitted tractor tube (1003; 1103) extending over an outer surface of the elongate inversion support catheter (1005; 1105), inverting into the distal end opening of the elongate inversion support catheter (1005; 1105), and attached to the elongate puller (1007; 1027; 1047; 1107; 1107') at a first end within the elongate inversion support catheter (1005; 1105), characterized in that the portion of the knitted tractor tube (1003; 1103) extending over the outer surface of the elongate inversion support catheter (1005; 1105) comprises a wire forming a helical spiral of alternating teardrop shaped-links, each having a rounded apex , wherein each link is connected to two adjacent links so that the apex of each link is on an outward-facing surface of the tractor tube (1003; 1103), wherein the links flare outward from an outer wall of the elongate inversion support catheter (1005; 1105) when the puller (1007; 1027; 1047; 1107; 1107') is pulled proximally within the elongate inversion support catheter (1005; 1105).
A laser device (D) for polarization interferometry adapted to deliver a temporally phase-modulated laser beam (S modulated ) and comprising: - a longitudinal single-mode laser source , powered by an electrical power supply current, and configured to deliver a polarized source laser beam (S source ) of wavelength (λ), comprising two non-zero orthogonal rectilinear polarization components, respectively called electric transverse, TE, and magnetic transverse, TM, - means for electronic temporal modulation of the laser source configured to drive a temporal modulation of the wavelength of the source laser beam (S source ), - a passive phase delay element, producing two paths of different optical lengths for said TE and TM polarization components , configured to receive the source laser beam (S source ) and to introduce, due to the wavelength modulation of the source laser beam (S source ), a temporally modulated phase shift between said TE and TM components to provide said temporally phase-modulated laser beam (S modulated ), wherein the passive phase delay element comprises a component having a birefringence and is configured to create a common geometric path for the TE and TM components. - a longitudinal single-mode laser source , powered by an electrical power supply current, and configured to deliver a polarized source laser beam (S source ) of wavelength (λ), comprising two non-zero orthogonal rectilinear polarization components, respectively called electric transverse, TE, and magnetic transverse, TM, - means for electronic temporal modulation of the laser source configured to drive a temporal modulation of the wavelength of the source laser beam (S source ), - a passive phase delay element, producing two paths of different optical lengths for said TE and TM polarization components , configured to receive the source laser beam (S source ) and to introduce, due to the wavelength modulation of the source laser beam (S source ), a temporally modulated phase shift between said TE and TM components to provide said temporally phase-modulated laser beam (S modulated ), wherein the passive phase delay element comprises a component having a birefringence and is configured to create a common geometric path for the TE and TM components.
A lunchbox for storing, for transporting and for heating food, in particular food prepared for consumption, comprising an upper shell and a lower shell which are connected together in a hinged manner on one longitudinal side, wherein a closure is provided on the opposing longitudinal side, wherein a shell for receiving the food to be heated is able to be arranged in the lower shell , characterised in that the shell is provided with a peripheral and angled-back edge region and a thermal insulation and an electrical heating element are assigned thereto, wherein a groove for receiving a seal is integrally formed in the peripheral edge region of the shell and in that on the upper shell and/or the lower shell a power connection socket is provided on a longitudinal wall of the lower shell .
A device (10', 10") for levelling tiles , in particular ceramic tiles, especially consisting of the tiles of a flooring or coating of a room or other, comprising support-plate means for the lower face of corresponding tiles , in particular having an upper face for supporting said lower face of corresponding tiles , knob means for engaging the upper face of the respective tile , i.e., having a lower face adapted to engage said upper face of the respective tile , connecting means between said plate means and said knob means , in particular extending from, and in one piece with, said plate means and having means for sliding and retaining said knob means for engaging said upper face of the respective tile , and breaking means for separating said connecting means from said plate means , which are in the form of a weakening cavity provided in said plate means at said connecting means and extending within said plate means starting from the bottom, or lower, face thereof; wherein said weakening cavity has an upper defining face which extends longitudinally and has a corresponding central longitudinal, in particular flat, zone , characterized in that said weakening cavity has opposite longitudinal outermost zones raised with respect to said central zone , i.e., extending in height with respect to said central longitudinal zone towards the corresponding upper surface (121 or 120c) of said support-plate means for the lower face of corresponding tiles , and extending until reaching, in height, at, or near, the same upper surface (121 or 120c) of said support-plate means .
A hollow-profile insertion plug (10; 110; 210; 310) with a basic body (12; 112; 212; 312) for inserting into an open end of a hollow profile and with a covering side (18; 118a; 118b; 218; 318a; 318b) for covering the open end of the hollow profile, wherein the covering side (18; 118a; 118b; 218; 318a; 318b) is moulded onto the basic body (12; 112; 212; 312) and has an encircling protrusion (20; 120; 220; 320), wherein a depression (22; 122; 222; 322) is provided adjoining the protrusion (20; 120; 220; 320) in the transition to the adjoining outer surface (14; 114; 214; 314) of the basic body (12; 112; 212; 312), wherein a rod receptacle (30; 130; 230; 330) is formed in the basic body (12; 112; 212; 312), and wherein the rod receptacle (230; 330) is set into the basic body (212; 312) in tubular manner.
An emitter comprising: first and second heaters generating heat by energization; an electron source comprising a first material emitting an electron by being heated by the first and second heaters ; and an intermediate member interposed between the electron source, and the first and second heaters , the intermediate member comprising a second material lower in thermal conductivity than the first material, wherein the first material is a rare earth boride or a precious metal-rare earth alloy, and the second material is glassy carbon, and wherein a length of a shortest path of the intermediate member passing from the heater to the electron source is 100 μm or more. first and second heaters generating heat by energization; an electron source comprising a first material emitting an electron by being heated by the first and second heaters ; and an intermediate member interposed between the electron source, and the first and second heaters , the intermediate member comprising a second material lower in thermal conductivity than the first material, wherein the first material is a rare earth boride or a precious metal-rare earth alloy, and the second material is glassy carbon, and wherein a length of a shortest path of the intermediate member passing from the heater to the electron source is 100 μm or more.
A device for emitting light, comprising: - a light generating element for generating light, - a coating layer for converting the light generated by the light generating element , the coating layer being dispensed on a top surface of the light generating element , wherein the coating layer comprises - a nano-composite including a plurality of nano-particles, - a dispersion medium, - a first composition comprising a weak acid or a salt thereof, and the device further comprising a second composition comprising a base composition and/or an alkali-silanolate; wherein - the coating layer comprises a first layer and a second layer , the first layer being dispensed on the top surface of the light generating element , the second layer being dispensed on the first layer ; - the first layer comprises the dispersion medium and the first composition; and - the second layer comprises the plurality of nano-particles and the second composition. - a light generating element for generating light, - a coating layer for converting the light generated by the light generating element , the coating layer being dispensed on a top surface of the light generating element , wherein the coating layer comprises - a nano-composite including a plurality of nano-particles, - a dispersion medium, - a first composition comprising a weak acid or a salt thereof, and the device further comprising a second composition comprising a base composition and/or an alkali-silanolate; wherein - the coating layer comprises a first layer and a second layer , the first layer being dispensed on the top surface of the light generating element , the second layer being dispensed on the first layer ; - the first layer comprises the dispersion medium and the first composition; and - the second layer comprises the plurality of nano-particles and the second composition.
A three-dimensional measuring device, comprising an arm made up of articulated elements including a fastener base , a first segment connected to the base by a first hinge , a second segment connected to the first segment by a second hinge , an interface body connected to the second segment by a third hinge , and position sensors associated with the hinges and electrically connected to an electronic acquisition unit for supplying the electronic acquisition unit with position measurement signals measuring the positions of the segments relative to one another, the interface body carrying a measuring member and a handle enabling an operator to point the measuring member at a zone of the object that is to be measured, the measuring device being characterized in that the handle is secured to a fastener base having an end portion that includes a slideway extending transversely relative to the longitudinal direction of the handle in order to co-operate with a slideway of the interface body, the interface body and the end portion of the fastener base having both complementary abutment means so as to define a mutual engagement position of the slideways and also complementary locking means that oppose disengagement of the slideways, the complementary locking means including a control lever that is hinged to the end portion of the fastener base between an activation position for activating the locking means and an inactivation position for inactivating the locking means.
A flexible apparatus, having a property to return to a flat state due to elasticity of the flexible apparatus and being adapted to receive a user input, comprising: a sensor configured to detect a bending state of the flexible apparatus; a bending holder; a storage configured to store information relating to the bending state of the flexible apparatus; and a controller configured to control operations of the flexible apparatus, the controller being adapted to perform the following steps: in response to detecting, by the sensor, that the flexible apparatus is bent in a bending state, storing, in the storage, information regarding the bending state of the flexible apparatus, and in response to a predetermined user input being received while the flexible apparatus is in the bending state and the information regarding the bending state being stored in the storage, controlling the bending holder to maintain the flexible apparatus in the bending state using the stored information regarding the bending state, characterized in that the predetermined user input comprises the flexible apparatus being bent in a first bending state and then re-bent in a second bending state in a direction opposite to a direction in which the flexible apparatus is bent in the first bending state within a predetermined time. a sensor configured to detect a bending state of the flexible apparatus; a bending holder; a storage configured to store information relating to the bending state of the flexible apparatus; and a controller configured to control operations of the flexible apparatus, the controller being adapted to perform the following steps: in response to detecting, by the sensor, that the flexible apparatus is bent in a bending state, storing, in the storage, information regarding the bending state of the flexible apparatus, and in response to a predetermined user input being received while the flexible apparatus is in the bending state and the information regarding the bending state being stored in the storage, controlling the bending holder to maintain the flexible apparatus in the bending state using the stored information regarding the bending state, in response to detecting, by the sensor, that the flexible apparatus is bent in a bending state, storing, in the storage, information regarding the bending state of the flexible apparatus, and in response to a predetermined user input being received while the flexible apparatus is in the bending state and the information regarding the bending state being stored in the storage, controlling the bending holder to maintain the flexible apparatus in the bending state using the stored information regarding the bending state, characterized in that the predetermined user input comprises the flexible apparatus being bent in a first bending state and then re-bent in a second bending state in a direction opposite to a direction in which the flexible apparatus is bent in the first bending state within a predetermined time.
A field device for mounting on an industrial apparatus comprising: a transducer adapted to control or monitor a process variable; a photodetector for detecting a light level; a display for showing information related to the process variable; and a display controller adapted to switch the display on or off in response, via an edge-triggered interrupt signal, to a sudden change in the light level detected by the photodetector . a transducer adapted to control or monitor a process variable; a photodetector for detecting a light level; a display for showing information related to the process variable; and a display controller adapted to switch the display on or off in response, via an edge-triggered interrupt signal, to a sudden change in the light level detected by the photodetector .