mhurhangee/patent-ind-claim-en huggingface dataset:
Assembly tool having a longitudinal axis for driving a screw into a plate dowel for fastening an insulating panel to a substructure, comprising - a tool housing comprising a front side (2.1) and a rear side (2.2) with a receiving space which is open towards the front side (2.2) for guiding the screw head of the screw to be driven in, a housing chamber which is open towards the rear side (2.2) and a passage between the receiving space and the housing chamber , - a stop disk arranged in a rotationally fixed manner on the front side of the tool housing with an opening (3.1) which exposes the receiving space , - an inner body which is displaceable in the housing chamber in the driving-in direction against the force of a spring element but which is not twistable with respect to the housing chamber , - a screwdriver insert fastened to a front side of the inner body with a screw entraining profile (15.1), wherein the screw entraining profile (15.1) can be moved through the passage , the receiving space and the opening (3.1) in the stop disk , - a cavity arranged on a rear side of the inner body , - a drive shaft which can be connected to a drive machine, - a sliding clutch arranged between the drive shaft and the inner body having an outer body (7.1) and a hub part (7.2), wherein the outer body (7.1) is fastened in the cavity of the inner body and the hub part (7.2) is fastened to the drive shaft . - a tool housing comprising a front side (2.1) and a rear side (2.2) with a receiving space which is open towards the front side (2.2) for guiding the screw head of the screw to be driven in, a housing chamber which is open towards the rear side (2.2) and a passage between the receiving space and the housing chamber , - a stop disk arranged in a rotationally fixed manner on the front side of the tool housing with an opening (3.1) which exposes the receiving space , - an inner body which is displaceable in the housing chamber in the driving-in direction against the force of a spring element but which is not twistable with respect to the housing chamber , - a screwdriver insert fastened to a front side of the inner body with a screw entraining profile (15.1), wherein the screw entraining profile (15.1) can be moved through the passage , the receiving space and the opening (3.1) in the stop disk , - a cavity arranged on a rear side of the inner body , - a drive shaft which can be connected to a drive machine, - a sliding clutch arranged between the drive shaft and the inner body having an outer body (7.1) and a hub part (7.2), wherein the outer body (7.1) is fastened in the cavity of the inner body and the hub part (7.2) is fastened to the drive shaft .
A method comprising: receiving a request to perform a particular scan on at least a portion of a computing environment; identifying a particular language interpreter in a plurality of language interpreters available on a scan engine, the particular language interpreter for use in performing the particular scan; performing , using the scan engine, the particular scan using the particular language interpreter; and returning results of the particular scan, wherein the request includes a scan script executable by the scan engine to perform the particular scan using the identified language interpreter, wherein receipt of the request to perform the particular scan unlocks the particular language interpreter. receiving a request to perform a particular scan on at least a portion of a computing environment; identifying a particular language interpreter in a plurality of language interpreters available on a scan engine, the particular language interpreter for use in performing the particular scan; performing , using the scan engine, the particular scan using the particular language interpreter; and returning results of the particular scan, wherein the request includes a scan script executable by the scan engine to perform the particular scan using the identified language interpreter, wherein receipt of the request to perform the particular scan unlocks the particular language interpreter.
A torsional damper in a clutch disc arrangement arranged to indicate damping performance of the torsional damper , the torsional damper comprising a driven plate , an output hub , intermediate friction plates arranged on either side of the driven plate and a resilient member arranged to press the intermediate friction plates against the driven plate or against the output hub with a pressure force, wherein the intermediate friction plates and the resilient member being rotationally fixed to the output hub or the driven plate forming a rotationally fixed stack (213, 214, 212; 213, 214, 211), characterized in that the rotationally fixed stack (213, 214, 212; 213, 214, 211) comprises a detection friction plate rotatably decoupled from the rotationally fixed stack (213, 214, 212; 213, 214, 211) and arranged in the rotationally fixed stack (213, 214, 212; 213, 214, 211).
A surgical power tool comprising - a head portion having a tool in form of a drill or a screw driver blade with a tool axis, - a shaft which is connected to the head portion for guiding the head portion to a surgical site, the shaft having a longitudinal axis and the tool axis being angled with respect to the longitudinal axis of the shaft , and - a handle portion for exerting pressure to the head portion along the tool axis, the handle portion comprising a clamping element to releasably secure the handle portion to the shaft , characterized in that the handle portion comprises a handle having a longitudinal axis that is substantially coaxial with the tool axis. - a head portion having a tool in form of a drill or a screw driver blade with a tool axis, - a shaft which is connected to the head portion for guiding the head portion to a surgical site, the shaft having a longitudinal axis and the tool axis being angled with respect to the longitudinal axis of the shaft , and - a handle portion for exerting pressure to the head portion along the tool axis,
Machine tool, in particular multi-spindle turning machine, comprising: - a machine frame , - a turret body being rotatably supported by the machine frame , - a plurality of workpiece spindles being arranged on the turret body , each of the workpiece spindles having a workpiece receiving portion for receiving a respective workpiece on one side of the turret body facing a working space of the machine tool , and - a plurality of tool post assemblies supported by the machine frame around the turret body , characterized in that each tool post assembly includes a tool post having plural tool cartridge receiving openings respectively being arranged adjacent to each other along a Y-direction being perpendicular to the respective spindle axis and/or tangentially arranged with respect to the longitudinal axis of the turret body , and respectively being configured to detachably receive a tool holder cartridge (TC) holding a tool (FT; ALT; PLT), and wherein the tool post assembly further includes a drive mechanism configured to rotationally drive a drivable tool (ALT; PLT; DPLT) held by a tool holder cartridge (TC) received in one of the tool receiving portions (41A; 41B; 41C) and the tool holder cartridge (TC) is configured to hold a fixed tool (FT) or a drivable tool (ALT; PLT; DPLT). - a machine frame , - a turret body being rotatably supported by the machine frame , - a plurality of workpiece spindles being arranged on the turret body , each of the workpiece spindles having a workpiece receiving portion for receiving a respective workpiece on one side of the turret body facing a working space of the machine tool , and - a plurality of tool post assemblies supported by the machine frame around the turret body , each tool post assembly includes a tool post having plural tool cartridge receiving openings respectively being arranged adjacent to each other along a Y-direction being perpendicular to the respective spindle axis and/or tangentially arranged with respect to the longitudinal axis of the turret body , and respectively being configured to detachably receive a tool holder cartridge (TC) holding a tool (FT; ALT; PLT), and wherein the tool post assembly further includes a drive mechanism configured to rotationally drive a drivable tool (ALT; PLT; DPLT) held by a tool holder cartridge (TC) received in one of the tool receiving portions (41A; 41B; 41C) and the tool holder cartridge (TC) is configured to hold a fixed tool (FT) or a drivable tool (ALT; PLT; DPLT).
A heat insulation structure (200; 500) for a garment (600; 800) with a. a first insulation element (210; 510); and b. a second insulation element (220; 520); c. wherein the first insulation element is connected to the second insulation element, d. wherein the second insulation element is deformed when wearing the garment by a pressure on an interior side of the heat insulation structure such that a contact area , in which the first insulation element contacts the second insulation element is increased, and e. wherein in a cross-section of the heat insulation structure a first arc (224; 534) along an inner surface of the second insulation element comprises a greater length (A; a) than a length (B; b) of a second arc (222; 532) in the cross-section along an outer surface of the second insulation element, characterized in that f. a ratio of the length (A; a) of the first arc to the length (B; b) of the second arc lies in the range 1.4 : 1 - 2 : 1, preferably in the range 1.45 : 1 - 1.55 : 1. a. a first insulation element (210; 510); and b. a second insulation element (220; 520); c. wherein the first insulation element is connected to the second insulation element, d. wherein the second insulation element is deformed when wearing the garment by a pressure on an interior side of the heat insulation structure such that a contact area , in which the first insulation element contacts the second insulation element is increased, and e. wherein in a cross-section of the heat insulation structure a first arc (224; 534) along an inner surface of the second insulation element comprises a greater length (A; a) than a length (B; b) of a second arc (222; 532) in the cross-section along an outer surface of the second insulation element, characterized in that f. a ratio of the length (A; a) of the first arc to the length (B; b) of the second arc lies in the range 1.4 : 1 - 2 : 1, preferably in the range 1.45 : 1 - 1.55 : 1.
A method of additive manufacturing of a three-dimensional object, comprising: sequentially dispensing and solidifying a plurality of layers comprising (i) a stack of model layers arranged in a configured pattern corresponding to the shape of the object and being made of a modeling material, (ii) a sacrificial structure having a stack of sacrificial layers made of an elastomeric material, and (iii) a stack of intermediate layers made of a support material having an elastic modulus less than said elastomeric material and being between said stack of model layers and said sacrificial structure ; and applying a peeling force to said sacrificial structure to remove said sacrificial structure , and to expose said stack of model layers and/or said stack of intermediate layers beneath said sacrificial structure . sequentially dispensing and solidifying a plurality of layers comprising (i) a stack of model layers arranged in a configured pattern corresponding to the shape of the object and being made of a modeling material, (ii) a sacrificial structure having a stack of sacrificial layers made of an elastomeric material, and (iii) a stack of intermediate layers made of a support material having an elastic modulus less than said elastomeric material and being between said stack of model layers and said sacrificial structure ; and applying a peeling force to said sacrificial structure to remove said sacrificial structure , and to expose said stack of model layers and/or said stack of intermediate layers beneath said sacrificial structure .
A component comprising: a part comprising a honeycomb-like structure , said part formed from at least a seamless resin-infused fiber composite material, wherein the honeycomb-like structure comprises: a first plurality of honeycomb-like cells ; and a second plurality of honeycomb-like cells different than the first plurality of honeycomb-like cells; and wherein the first plurality of honeycomb-like cells comprises a first material, and wherein the second plurality of honeycomb-like cells comprises a second material different than the first material. a part comprising a honeycomb-like structure , said part formed from at least a seamless resin-infused fiber composite material, wherein the honeycomb-like structure comprises: a first plurality of honeycomb-like cells ; and a second plurality of honeycomb-like cells different than the first plurality of honeycomb-like cells; and a first plurality of honeycomb-like cells ; and a second plurality of honeycomb-like cells different than the first plurality of honeycomb-like cells; and wherein the first plurality of honeycomb-like cells comprises a first material, and wherein the second plurality of honeycomb-like cells comprises a second material different than the first material.
An electric motor (300; 300') configured to propel a vehicle, the motor comprising: a stator ; a rotor that rotates with respect to the stator ; a magnet located on the stator or the rotor ; a first winding segment and a second winding segment located on the other of the stator or the rotor ; a controller adapted to operate the first winding segment and the second winding segment in series or in parallel as a function of at least the motor current; a power supply for the electric motor (300; 300'), wherein the controller is further adapted to operate the first winding segment and the second winding segment in series or in parallel as a function of at least one of power supply voltage and vehicle speed; an output shaft (304; 304') connected to the rotor ; and a transmission coupled to the output shaft (304; 304'), the transmission having a plurality of selectable gear ratios, characterized in that the controller is further adapted to operate the first winding segment and the second winding segment in series or in parallel as a function of the selected gear ratio of the transmission , and wherein the controller is adapted to operate the first winding segment and the second winding segment in series or in parallel as a function of (i) the motor current, and (ii) the vehicle speed x the power supply voltage x the selected gear ratio of the transmission . a stator ; a rotor that rotates with respect to the stator ; a magnet located on the stator or the rotor ; a first winding segment and a second winding segment located on the other of the stator or the rotor ; a controller adapted to operate the first winding segment and the second winding segment in series or in parallel as a function of at least the motor current; a power supply for the electric motor (300; 300'), wherein the controller is further adapted to operate the first winding segment and the second winding segment in series or in parallel as a function of at least one of power supply voltage and vehicle speed; an output shaft (304; 304') connected to the rotor ; and a transmission coupled to the output shaft (304; 304'), the transmission having a plurality of selectable gear ratios, characterized in that the controller is further adapted to operate the first winding segment and the second winding segment in series or in parallel as a function of the selected gear ratio of the transmission , and wherein the controller is adapted to operate the first winding segment and the second winding segment in series or in parallel as a function of (i) the motor current, and (ii) the vehicle speed x the power supply voltage x the selected gear ratio of the transmission .
A force detection sensor comprising: a base member having a first surface subjected to an external force and a second surface having a normal direction different from the first surface ; and an inter-digital electrode provided on the base member having electrode fingers placed on the second surface , and a pair of reflectors 23, 24 provided with the inter-digital electrode 22 in between on the second surface 213, wherein an arrangement direction of the electrode fingers tilts with respect to the normal direction of the first surface in a plan view of the second surface , characterized in that the base member has a third surface having a normal direction different from the first surface and the second surface , electrode fingers are placed on the third surface , and an arrangement direction of the electrode fingers placed on the third surface is different from the normal direction of the first surface in a plan view of the third surface . a base member having a first surface subjected to an external force and a second surface having a normal direction different from the first surface ; and an inter-digital electrode provided on the base member having electrode fingers placed on the second surface , and a pair of reflectors 23, 24 provided with the inter-digital electrode 22 in between on the second surface 213, wherein an arrangement direction of the electrode fingers tilts with respect to the normal direction of the first surface in a plan view of the second surface , characterized in that the base member has a third surface having a normal direction different from the first surface and the second surface , electrode fingers are placed on the third surface , and an arrangement direction of the electrode fingers placed on the third surface is different from the normal direction of the first surface in a plan view of the third surface .
A method of purifying a pancreatic progenitor cell comprising: (a) exposing a population of cells derived from pluripotent stem cells, induced pluripotent stem cells or embryonic stem cells comprising a pancreatic progenitor cell, to a ligand which binds to a cell surface marker on the pancreatic progenitor cell, wherein the cell surface marker is CD177 and (b) separating the pancreatic progenitor cell from cells derived from pluripotent stem cells, induced pluripotent stem cells or embryonic stem cells which do not bind to the ligand, thereby purifying said pancreatic progenitor cell, wherein the pancreatic progenitor cell is sorted at the stage of the definitive endoderm (DE), the anterior definitive endoderm (ADE), the posterior gut tube (PGT) and/or the ventral foregut (VFG). (a) exposing a population of cells derived from pluripotent stem cells, induced pluripotent stem cells or embryonic stem cells comprising a pancreatic progenitor cell, to a ligand which binds to a cell surface marker on the pancreatic progenitor cell, wherein the cell surface marker is CD177 and (b) separating the pancreatic progenitor cell from cells derived from pluripotent stem cells, induced pluripotent stem cells or embryonic stem cells which do not bind to the ligand, thereby purifying said pancreatic progenitor cell,
A disposable container comprising additive for water for treating objects, wherein the additive is present in water-soluble form and is located in the disposable container , which consists of a water-insoluble as well as water-permeable material and is formed to be added with the additive located therein into the water for a single use, characterised in that the disposable container - is made of a one-piece starting material, namely of a hose, which is closed on both of its ends, when the additive is located therein, and - is formed cationically for binding dyes, and - the additive has a flocculating agent. - is made of a one-piece starting material, namely of a hose, which is closed on both of its ends, when the additive is located therein, and - is formed cationically for binding dyes, and - the additive has a flocculating agent.
A method for preparing an antibody conjugate or antibody fragment conjugate, the method comprising the steps of: a) obtaining a composition comprising an antibody or antibody fragment; b) exposing the antibody or antibody fragment to a cysteine blocking agent, wherein the cysteine blocking agent is cysteamine and the cysteine blocking agent forms a stable mixed-disulfide with at least one cysteine residue of the antibody or antibody fragment; c) adding a reducing agent to the composition to form a reduction mix and allowing a reduction reaction to occur such that the reduction mix comprises a reduced antibody or reduced antibody fragment, wherein the reducing agent is triphenylphosphine-3,3',3"-trisulfonate ("TPPTS"); d) adding an oxidizing agent to the reduction mix to form an oxidized mix and allowing an oxidizing reaction to occur such that the oxidizing mix comprises an oxidized antibody or oxidized antibody fragment; and e) adding an activated chemical moiety to the oxidized mix to form a conjugation mix and allowing a conjugation reaction to occur such that an antibody conjugate or antibody fragment conjugate is formed. a) obtaining a composition comprising an antibody or antibody fragment; b) exposing the antibody or antibody fragment to a cysteine blocking agent, wherein the cysteine blocking agent is cysteamine and the cysteine blocking agent forms a stable mixed-disulfide with at least one cysteine residue of the antibody or antibody fragment; c) adding a reducing agent to the composition to form a reduction mix and allowing a reduction reaction to occur such that the reduction mix comprises a reduced antibody or reduced antibody fragment, wherein the reducing agent is triphenylphosphine-3,3',3"-trisulfonate ("TPPTS"); d) adding an oxidizing agent to the reduction mix to form an oxidized mix and allowing an oxidizing reaction to occur such that the oxidizing mix comprises an oxidized antibody or oxidized antibody fragment; and e) adding an activated chemical moiety to the oxidized mix to form a conjugation mix and allowing a conjugation reaction to occur such that an antibody conjugate or antibody fragment conjugate is formed.
An assembly, comprising: - at least one furniture hinge including a first fitting portion configured to be fixed to a first furniture part , a second fitting portion configured to be fixed to a second furniture part , and at least one hinge axis hingedly connecting the first fitting portion and the second fitting portion to each other, - at least one cover configured to at least partially cover a gap formed between the first fitting portion and the second fitting portion , - at least one fastening device for fixing the at least one cover to the at least one furniture hinge , the at least one fastening device including an arresting device for fixing the at least one fastening device on different positions of the at least one cover in a longitudinal direction (L) of the at least one cover , - wherein the fastening device includes at least one limiting element configured to limit a buckling movement of the two fitting portions to each other, characterized in that the limiting element includes at least one abutment surface configured to be supported on a front face of a furniture carcass during the buckling movement of the two fitting portions to each other. - at least one furniture hinge including a first fitting portion configured to be fixed to a first furniture part , a second fitting portion configured to be fixed to a second furniture part , and at least one hinge axis hingedly connecting the first fitting portion and the second fitting portion to each other, - at least one cover configured to at least partially cover a gap formed between the first fitting portion and the second fitting portion , - at least one fastening device for fixing the at least one cover to the at least one furniture hinge , the at least one fastening device including an arresting device for fixing the at least one fastening device on different positions of the at least one cover in a longitudinal direction (L) of the at least one cover , - wherein the fastening device includes at least one limiting element configured to limit a buckling movement of the two fitting portions to each other,