mhurhangee/ep-ind-claims huggingface dataset:
A gripper comprising: a body having a support portion and powering portion; a powering assembly in the body powering portion; a stationary jaw on the support portion, the stationary jaw having a pair of arms for coupling the stationary jaw to the support portion; and a movable jaw pivotally secured to the support portion about a pivot pin, a rod of the powering assembly being connected in a slot on the movable jaw, the pivot pin being positioned on the support portion away from the stationary jaw, a longitudinal axis of the rod being located between the pivot pin and the stationary jaw, and a non-clamping end of the movable jaw being movable between the arms of the stationary jaw and being incapable of extending below an end plane of the body on the stationary jaw side of the gripper. a body having a support portion and powering portion; a powering assembly in the body powering portion; a stationary jaw on the support portion, the stationary jaw having a pair of arms for coupling the stationary jaw to the support portion; and a movable jaw pivotally secured to the support portion about a pivot pin, a rod of the powering assembly being connected in a slot on the movable jaw, the pivot pin being positioned on the support portion away from the stationary jaw, a longitudinal axis of the rod being located between the pivot pin and the stationary jaw, and a non-clamping end of the movable jaw being movable between the arms of the stationary jaw and being incapable of extending below an end plane of the body on the stationary jaw side of the gripper.
An electrode comprising: a first diffusion layer having water repellency; a second diffusion layer supporting a catalyst thereon; and an oxygen-permeable layer having oxygen permeability and interposed between the first diffusion layer and the second diffusion layer, the second diffusion layer including a sheet-like carbon material, wherein: the second diffusion layer includes graphite; and graphene layers in the graphite are arranged in a direction perpendicular to a stacking direction of the first diffusion layer, the second diffusion layer, and the oxygen-permeable layer. a first diffusion layer having water repellency; a second diffusion layer supporting a catalyst thereon; and an oxygen-permeable layer having oxygen permeability and interposed between the first diffusion layer and the second diffusion layer, the second diffusion layer includes graphite; and graphene layers in the graphite are arranged in a direction perpendicular to a stacking direction of the first diffusion layer, the second diffusion layer, and the oxygen-permeable layer.
A touch-free dispenser for dispensing material from a refill container into a user's hand comprising: a controller; a pump coupled to said controller, said pump configured to receive the material from the refill container; a local memory unit coupled to said controller, characterised in that the local memory unit is configured to store at least one predetermined vein pattern; and the dispenser further comprising: a switch coupled to said controller for selectively initiating a learn mode; and a vein-pattern sensor coupled to said controller, said vein-pattern sensor configured to detect at least a portion of a vein pattern within the user's hand without contact thereto; wherein when said learn mode is activated and said detected vein pattern does not match said at least one stored vein pattern, said controller activates said pump to dispense the material and stores the detected vein pattern at said local memory unit, and when said learn mode is not activated, said controller activates said pump to dispense the material when said vein-pattern sensor detects any vein pattern. a controller; a pump coupled to said controller, said pump configured to receive the material from the refill container; a local memory unit coupled to said controller, characterised in that the local memory unit is configured to store at least one predetermined vein pattern; and the dispenser further comprising: a switch coupled to said controller for selectively initiating a learn mode; and a vein-pattern sensor coupled to said controller, said vein-pattern sensor configured to detect at least a portion of a vein pattern within the user's hand without contact thereto; wherein when said learn mode is activated and said detected vein pattern does not match said at least one stored vein pattern, said controller activates said pump to dispense the material and stores the detected vein pattern at said local memory unit, and when said learn mode is not activated, said controller activates said pump to dispense the material when said vein-pattern sensor detects any vein pattern. a switch coupled to said controller for selectively initiating a learn mode; and a vein-pattern sensor coupled to said controller, said vein-pattern sensor configured to detect at least a portion of a vein pattern within the user's hand without contact thereto; wherein when said learn mode is activated and said detected vein pattern does not match said at least one stored vein pattern, said controller activates said pump to dispense the material and stores the detected vein pattern at said local memory unit, and when said learn mode is not activated, said controller activates said pump to dispense the material when said vein-pattern sensor detects any vein pattern.
Method for producing and mounting a tolerance-corrected actuator on a supercharging device, in particular for an exhaust-gas turbocharger of a motor vehicle, wherein the actuator has a regulating component assembly, comprising a regulating rod and a connecting element which can be connected to the regulating rod, in which a) the actuator to be tolerance-corrected can be brought into a predefined position, in particular by means of a defined signal, b) a predetermined overall length of the regulating component assembly can be adjusted by shifting the connecting element relative to the regulating rod, c) the connecting element is connected to the regulating rod in a fixed manner, d) the tolerance-corrected actuator is positioned and fixed relative to the supercharging device, e) a variable turbine geometry or a wastegate valve of the supercharging device is brought into a predefined position, f) the tolerance-corrected actuator is brought into a predefined position, g) and then an adjusting lever rotatably movably connected to a regulating component assembly of the tolerance-corrected actuator is connected in a rotationally rigid manner to an actuating element of the variable turbine geometry or of the wastegate valve. a) the actuator to be tolerance-corrected can be brought into a predefined position, in particular by means of a defined signal, b) a predetermined overall length of the regulating component assembly can be adjusted by shifting the connecting element relative to the regulating rod, c) the connecting element is connected to the regulating rod in a fixed manner, d) the tolerance-corrected actuator is positioned and fixed relative to the supercharging device, e) a variable turbine geometry or a wastegate valve of the supercharging device is brought into a predefined position, f) the tolerance-corrected actuator is brought into a predefined position, g) and then an adjusting lever rotatably movably connected to a regulating component assembly of the tolerance-corrected actuator is connected in a rotationally rigid manner to an actuating element of the variable turbine geometry or of the wastegate valve.
A method for manufacturing bellows comprising: arranging a flat conductive coating layer on at least one end surface side of a plate-shaped base body in layer; diffusion-bonding the base body and the conductive coating layer; forming a diffusion-bonded multilayer member into a tubular body by a drawing process; and forming a side wall of the tubular body into a bellows shape. arranging a flat conductive coating layer on at least one end surface side of a plate-shaped base body in layer; diffusion-bonding the base body and the conductive coating layer; forming a diffusion-bonded multilayer member into a tubular body by a drawing process; and forming a side wall of the tubular body into a bellows shape.
An orthodontic appliance (20, 20b, 20c, 20d) comprising: a base(22, 22d); a body (24, 24b, 24c, 24d) extending outwardly from the base (22, 22d); an archwire slot (32, 32b, 32c, 32d) extending across the appliance (20, 20b, 20c, 20d) in a generally mesial-distal direction, the archwire slot (32, 32b, 32c, 32d) including an open side; a post (34, 34b, 35b, 34c, 34d); and a latch (40, 40b) for releasably retaining an archwire in the archwire slot (32, 32b, 32c, 32d), wherein the latch (40, 40b) includes a clip (42, 42a, 42b, 42c, 44, 44b) having a region with an opening adjacent the open side of the archwire slot (32, 32b, 32c, 32d) for receiving an archwire, characterized in that the clip (42, 42a, 42b, 42c, 44, 44b) also includes a recess (62, 62a,62b, 63b, 62c) that receives the post (34, 34b, 35b, 34c, 34d), wherein the recess (62, 62a,62b, 63b, 62c) is not in communication with the archwire-receiving region, and wherein the clip (42, 42a, 42b, 42c, 44, 44b) is retained on the post (34, 34b, 35b, 34c, 34d) when an archwire is admitted through the opening and into the archwire slot (32, 32b, 32c, 32d). a base(22, 22d); a body (24, 24b, 24c, 24d) extending outwardly from the base (22, 22d); an archwire slot (32, 32b, 32c, 32d) extending across the appliance (20, 20b, 20c, 20d) in a generally mesial-distal direction, the archwire slot (32, 32b, 32c, 32d) including an open side; a post (34, 34b, 35b, 34c, 34d); and a latch (40, 40b) for releasably retaining an archwire in the archwire slot (32, 32b, 32c, 32d), wherein the latch (40, 40b) includes a clip (42, 42a, 42b, 42c, 44, 44b) having a region with an opening adjacent the open side of the archwire slot (32, 32b, 32c, 32d) for receiving an archwire, characterized in that the clip (42, 42a, 42b, 42c, 44, 44b) also includes a recess (62, 62a,62b, 63b, 62c) that receives the post (34, 34b, 35b, 34c, 34d), wherein the recess (62, 62a,62b, 63b, 62c) is not in communication with the archwire-receiving region, and wherein the clip (42, 42a, 42b, 42c, 44, 44b) is retained on the post (34, 34b, 35b, 34c, 34d) when an archwire is admitted through the opening and into the archwire slot (32, 32b, 32c, 32d).
A method for calculating a motor constant for a PM motor, comprising: a drawing step of applying a DC voltage to the PM motor to draw a rotor of the PM motor to a predetermined position; a voltage applying step of applying an applied voltage including a DC component and a plurality of frequency components to the PM motor; a motor current detecting step of detecting a motor current flowing in the PM motor depending on the applied voltage applied in the voltage applying step, and a motor constant calculating step of calculating the motor constant of the PM motor based on a frequency characteristic serving as a relationship between the applied voltage and the motor current, wherein the applied voltage applied to the PM motor in the voltage applying step includes a plural number of voltages, each of the voltages having a different DC voltage component and the plurality of frequency components. a drawing step of applying a DC voltage to the PM motor to draw a rotor of the PM motor to a predetermined position; a voltage applying step of applying an applied voltage including a DC component and a plurality of frequency components to the PM motor; a motor current detecting step of detecting a motor current flowing in the PM motor depending on the applied voltage applied in the voltage applying step, and a motor constant calculating step of calculating the motor constant of the PM motor based on a frequency characteristic serving as a relationship between the applied voltage and the motor current, wherein the applied voltage applied to the PM motor in the voltage applying step includes a plural number of voltages, each of the voltages having a different DC voltage component and the plurality of frequency components.
A method for receiving a paging message by a mobile device, comprising: acquiring network timing information for synchronization to a network, characterised in that acquiring the network timing information comprises symbol-level timing; determining, based on the network timing information, that the mobile device is within a paging window wherein the mobile device can receive a paging message; and sending a message, in response to the determination, that indicates the mobile device is able to receive a paging message or that requests a paging message for the mobile device. acquiring network timing information for synchronization to a network, characterised in that acquiring the network timing information comprises symbol-level timing; determining, based on the network timing information, that the mobile device is within a paging window wherein the mobile device can receive a paging message; and sending a message, in response to the determination, that indicates the mobile device is able to receive a paging message or that requests a paging message for the mobile device.
A beverage dispensing pouch, comprising: a pouch void enclosed in an impermeable first seal substantially impermeable to liquids at room temperature, said pouch void having a lower end; and a pouch fitment sealing the lower end of the pouch void, the pouch fitment having a fitment body, the fitment body having an interior, a first opening, and a second opening, and the pouch fitment: a pressure rupturable diaphragm defining a second seal at the first opening of the fitment body; a sealing member defining a removable third seal at the second opening of the fitment body characterised in that the pouch fitment further comprises an outflow valve which opens when pressure is applied to the pouch. a pouch void enclosed in an impermeable first seal substantially impermeable to liquids at room temperature, said pouch void having a lower end; and a pouch fitment sealing the lower end of the pouch void, the pouch fitment having a fitment body, the fitment body having an interior, a first opening, and a second opening, and the pouch fitment: a pressure rupturable diaphragm defining a second seal at the first opening of the fitment body; a sealing member defining a removable third seal at the second opening of the fitment body characterised in that the pouch fitment further comprises an outflow valve which opens when pressure is applied to the pouch. a pressure rupturable diaphragm defining a second seal at the first opening of the fitment body; a sealing member defining a removable third seal at the second opening of the fitment body
A method of estimating noise at a virtual microphone location for an engine order cancellation system, the method comprising: receiving a plurality of estimated noise signals indicative of noise at a location of each of a plurality of error microphones, wherein each estimated noise signal is based at least in part on an error signal from each of the plurality of error microphones; filtering each estimated noise signal using a virtual path filter modeled according to a transfer function between each corresponding error microphone location and the virtual microphone location to generate a plurality of filtered estimated noise signals; characterized in that the method further comprises: adaptively weighting each filtered estimated noise signal using a weight that varies based on current vehicle conditions to generate a plurality of weighted filtered estimated noise signals; and generating an estimated virtual microphone noise signal indicative of noise at the virtual microphone location based on a superposition of at least the plurality of weighted filtered estimated noise signals. receiving a plurality of estimated noise signals indicative of noise at a location of each of a plurality of error microphones, wherein each estimated noise signal is based at least in part on an error signal from each of the plurality of error microphones; filtering each estimated noise signal using a virtual path filter modeled according to a transfer function between each corresponding error microphone location and the virtual microphone location to generate a plurality of filtered estimated noise signals; characterized in that the method further comprises: adaptively weighting each filtered estimated noise signal using a weight that varies based on current vehicle conditions to generate a plurality of weighted filtered estimated noise signals; and generating an estimated virtual microphone noise signal indicative of noise at the virtual microphone location based on a superposition of at least the plurality of weighted filtered estimated noise signals. adaptively weighting each filtered estimated noise signal using a weight that varies based on current vehicle conditions to generate a plurality of weighted filtered estimated noise signals; and generating an estimated virtual microphone noise signal indicative of noise at the virtual microphone location based on a superposition of at least the plurality of weighted filtered estimated noise signals.
Single serve capsule for preparing a beverage in a brewing chamber of a beverage preparation machine, wherein the single serve capsule has a base element having a cavity for receiving a beverage raw material, and a capsule lid closing the cavity, wherein the base element comprises a capsule base, an encircling flange, and a capsule wall which extends between the capsule base and the encircling flange, wherein the flange has a sealing element which, in the form of a sealing crimp that points away from the capsule lid, is configured integrally with the flange, wherein the sealing crimp comprises an inner shoulder and an outer shoulder, wherein the flange between the capsule wall and the inner shoulder has a first flange region, and between the outer free end of the flange and the outer shoulder has a second flange region, wherein the capsule lid along a first encircling fastening face is fastened in the first flange region, and along a second encircling fastening face is fastened in the second flange region, characterized in that a transition region extends between the inner shoulder and the outer shoulder, wherein the transition region in the radial direction has an extent of 0.05 mm to 0.20 mm, preferably of 0.07 mm to 0.17 mm, particularly preferably of 0.10 mm to 0.14 mm, in particular of 0.12 mm.
Rotor for an electrical machine, comprising a rotor lamination, wherein the rotor lamination comprises a magnet pocket and the magnet pocket has a first region and a second region; a permanent magnet which is positioned within the magnet pocket; a first polymer composition which is introduced into the first region via injection moulding and has magnetic filler particles; and a second polymer composition which is introduced into the second region via injection moulding and has electrically conductive filler particles; wherein the first polymer composition differs from the second polymer composition. a rotor lamination, wherein the rotor lamination comprises a magnet pocket and the magnet pocket has a first region and a second region; a permanent magnet which is positioned within the magnet pocket; a first polymer composition which is introduced into the first region via injection moulding and has magnetic filler particles; and a second polymer composition which is introduced into the second region via injection moulding and has electrically conductive filler particles; wherein the first polymer composition differs from the second polymer composition.
An anti-leak valve unit for an overtube to be inserted into a body cavity, and said anti-leak valve unit to be removably attached to a base end portion of said overtube and comprising: a frame portion to be attached to an outer circumferential surface of said base end portion of said overtube, at least two fitting devices provided on said frame portion so as to be removably engaged with said outer circumferential surface of said base end portion, said at least two fitting devices being spaced apart from each other around said frame portion, wherein each of said at least two fitting devices includes: a lock portion projecting inwardly of said frame portion, so as to be removably engaged with an outer surface of an expanding portion of said base end portion, and a finger-engaging portion integrally formed with said lock portion, for switching said lock portion between a closed state that enables engagement with said expanding portion and an open state that enables removal from said expanding portion, and a valve element provided inside said frame portion, wherein said valve element includes: an annular endoscope insertion port located at a generally central portion of said valve element so as to be circumferentially fitted to an endoscope, and a flexible elastic portion provided around said endoscope insertion port. a frame portion to be attached to an outer circumferential surface of said base end portion of said overtube, at least two fitting devices provided on said frame portion so as to be removably engaged with said outer circumferential surface of said base end portion, said at least two fitting devices being spaced apart from each other around said frame portion, wherein each of said at least two fitting devices includes: a lock portion projecting inwardly of said frame portion, so as to be removably engaged with an outer surface of an expanding portion of said base end portion, and a finger-engaging portion integrally formed with said lock portion, for switching said lock portion between a closed state that enables engagement with said expanding portion and an open state that enables removal from said expanding portion, and a lock portion projecting inwardly of said frame portion, so as to be removably engaged with an outer surface of an expanding portion of said base end portion, and a finger-engaging portion integrally formed with said lock portion, for switching said lock portion between a closed state that enables engagement with said expanding portion and an open state that enables removal from said expanding portion, and a valve element provided inside said frame portion, wherein said valve element includes: an annular endoscope insertion port located at a generally central portion of said valve element so as to be circumferentially fitted to an endoscope, and a flexible elastic portion provided around said endoscope insertion port. an annular endoscope insertion port located at a generally central portion of said valve element so as to be circumferentially fitted to an endoscope, and a flexible elastic portion provided around said endoscope insertion port.
Holding system having a component, in particular a fuel distributor, having a holder for fastening said component to an internal combustion engine, having a fastening means and having a damping element, wherein the fastening means is connectable to the internal combustion engine, and wherein the component is connected to the fastening means indirectly via at least the damping element, wherein the holder has a main body, at least one holding element is provided which projects from the component, and the damping element is situated between the main body of the holder and the holding element, wherein the holding element is partially inserted into the damping element such that no direct point of contact is formed between the holding element and the main body, wherein the fastening means serves for connecting the main body to the internal combustion engine, wherein the damping element is connected in positively locking fashion in a load direction to the holding element, characterized in that, during the installation of the damping element, the damping element is displaceable relative to the holding element in a direction perpendicular to the load direction, and in that the main body is a deformed metallic plate.