mhurhangee/patent-ind-claim-en huggingface dataset:
An anti-vibration handle grip , in particular for motorcycles, adapted to be mounted on a receiving stem and arranged to be grasped by one hand with a proximal end, adjacent to the thumb, and with a distal end, adjacent to the little finger, comprising: • an internal cylinder , which is fitted on the receiving stem; and • an external casing , enclosing said internal cylinder from the proximal end to the distal end of the anti-vibration handle grip , and which is connected to said internal cylinder by means of a sequence of circumferential junctions , characterized by forming a corresponding sequence of grooves on the external surface of the external casing and respective inner tubes , formed by the empty space between external casing and internal cylinder , between each one of said grooves , • an internal cylinder , which is fitted on the receiving stem; and • an external casing , enclosing said internal cylinder from the proximal end to the distal end of the anti-vibration handle grip , and which is connected to said internal cylinder by means of a sequence of circumferential junctions , characterized by forming a corresponding sequence of grooves on the external surface of the external casing and respective inner tubes , formed by the empty space between external casing and internal cylinder , between each one of said grooves ,
A method performed by a cloud client device (232;233;234) comprising: receiving an indication of a coupling with a client device (251-258), the client device (251-258) locally coupled to the cloud client device (232; 233; 234); sending authentication data to a cloud services system , wherein the authentication data comprises a location of the cloud client device (232; 233; 234) determined based at least in part on data from a GPS transmitter of the client device (232; 233; 234); receiving data for configuring the cloud client device (232; 233; 234) from the cloud services system , the data comprising one or more software modules associated with a communication protocol; receiving input from a user of the client device (251-258) in a first format; translating, by the cloud client device (232; 233; 234), the input into a second format; and transmitting the translated input in accordance with the communication protocol to at least one other client device (251-258) to control or interact with the at least one other client device (251-258). receiving an indication of a coupling with a client device (251-258), the client device (251-258) locally coupled to the cloud client device (232; 233; 234); sending authentication data to a cloud services system , wherein the authentication data comprises a location of the cloud client device (232; 233; 234) determined based at least in part on data from a GPS transmitter of the client device (232; 233; 234); receiving data for configuring the cloud client device (232; 233; 234) from the cloud services system , the data comprising one or more software modules associated with a communication protocol; receiving input from a user of the client device (251-258) in a first format; translating, by the cloud client device (232; 233; 234), the input into a second format; and transmitting the translated input in accordance with the communication protocol to at least one other client device (251-258) to control or interact with the at least one other client device (251-258).
Parking lock gear mechanism for operating a parking lock unit of a vehicle, wherein the parking lock gear mechanism has the following features: a planetary gear mechanism which has a sun gear , a ring gear and at least one planetary gear which meshes with the sun gear and the ring gear , wherein the at least one planetary gear is attached to a rotatably mounted planetary carrier ; a spring unit which is coupled to the ring gear , wherein the spring unit is designed to be tensioned by rotation of the ring gear , and in the tensioned state to apply a torque and/or a force to the ring gear ; a ring-gear-securing unit which is designed to secure the ring gear against rotation in a first operating state, and to release rotation of the ring gear in a second operating state; and a securing unit which is coupled to the planetary carrier and is designed to switch over the parking lock unit of the vehicle between a locked state and a release state when the planetary carrier rotates; characterized in that the securing unit comprises a rod mechanism with an eccentrically configured connection to the planetary carrier , which rod mechanism is coupled to a tappet , so that the securing unit is designed to convert a rotation of the planetary carrier into a linear movement of the tappet ; and in that the spring unit has a spring which is secured at one end to a fixed point and at the other end to a stop point on the ring gear . a planetary gear mechanism which has a sun gear , a ring gear and at least one planetary gear which meshes with the sun gear and the ring gear , wherein the at least one planetary gear is attached to a rotatably mounted planetary carrier ; a spring unit which is coupled to the ring gear , wherein the spring unit is designed to be tensioned by rotation of the ring gear , and in the tensioned state to apply a torque and/or a force to the ring gear ; a ring-gear-securing unit which is designed to secure the ring gear against rotation in a first operating state, and to release rotation of the ring gear in a second operating state; and a securing unit which is coupled to the planetary carrier and is designed to switch over the parking lock unit of the vehicle between a locked state and a release state when the planetary carrier rotates; characterized in that the securing unit comprises a rod mechanism with an eccentrically configured connection to the planetary carrier , which rod mechanism is coupled to a tappet , so that the securing unit is designed to convert a rotation of the planetary carrier into a linear movement of the tappet ; and in that the spring unit has a spring which is secured at one end to a fixed point and at the other end to a stop point on the ring gear .
Pre-charging device for pre-charging an electric grid , comprising: - an electric power supply line (L1) for supplying the electric power grid with power, including a main transistor (Q1), - a control module for controlling the main transistor (Q1), which is suitable for limiting the magnitude (i) of the current flowing through the electric power supply line (L1), and - a power supply module for supplying said control module with power, which is connected to the electric power supply line (L1), on either side of the main transistor (Q1). - an electric power supply line (L1) for supplying the electric power grid with power, including a main transistor (Q1), - a control module for controlling the main transistor (Q1), which is suitable for limiting the magnitude (i) of the current flowing through the electric power supply line (L1), and - a power supply module for supplying said control module with power, which is connected to the electric power supply line (L1), on either side of the main transistor (Q1).
An instrument, comprising: (a) a handle assembly ; (b) a shaft extending distally from the handle assembly, wherein the shaft includes a distal end that is configured to be introduced into an anatomical passageway within a head of a human; (c) a dilation catheter that includes an expandable dilator , wherein the dilation catheter is configured to advance distally relative to the shaft; and (d) a position sensor configured to generate signals indicating a position of the position sensor within the head of the human, wherein the position sensor is configured to advance distally between at least first and second positions, wherein the position sensor is disposed adjacent the distal end of the shaft in the first position, wherein the position sensor is configured to be carried further distally by the dilation catheter to the second position, wherein in the second position the position sensor is separated a distance from the distal end of the shaft, characterised in that in the first position the position sensor is carried by the distal end of the shaft, wherein in the second position the position sensor is carried by a distal end of the dilation catheter. (a) a handle assembly ; (b) a shaft extending distally from the handle assembly, wherein the shaft includes a distal end that is configured to be introduced into an anatomical passageway within a head of a human; (c) a dilation catheter that includes an expandable dilator , wherein the dilation catheter is configured to advance distally relative to the shaft; and (d) a position sensor configured to generate signals indicating a position of the position sensor within the head of the human, wherein the position sensor is configured to advance distally between at least first and second positions, wherein the position sensor is disposed adjacent the distal end of the shaft in the first position, wherein the position sensor is configured to be carried further distally by the dilation catheter to the second position, wherein in the second position the position sensor is separated a distance from the distal end of the shaft,
A riser for metal casting, comprising - a riser body , - wherein the riser body comprises a riser cavity for receiving liquid metal, - wherein the riser body is configured to have multiple parts and comprises at least a first riser body part and a second riser body part , - wherein the first and second riser body parts (4; 5) are connectable to each other, and - wherein the riser cavity is provided in the interior of the riser body parts (4; 5); - wherein the riser body comprises an opening allowing liquid metal to flow into the riser cavity or out of the riser cavity respectively, and - wherein the riser body is made of metal. - a riser body , - wherein the riser body comprises a riser cavity for receiving liquid metal, - wherein the riser body is configured to have multiple parts and comprises at least a first riser body part and a second riser body part , - wherein the first and second riser body parts (4; 5) are connectable to each other, and - wherein the riser cavity is provided in the interior of the riser body parts (4; 5); - wherein the riser body comprises an opening allowing liquid metal to flow into the riser cavity or out of the riser cavity respectively, and - wherein the riser body is made of metal.
A compound of formula having a total hydrophilic-lipophilic balance comprised between 3 and 18 being calculated using the Effective Chain Length model as measured according to the method described herein, and wherein A is a group capable of releasing a flavor or fragrance aldehyde of formula (R 1 )CHO or a flavor or fragrance ketone of formula (R 1 )(R 2 )CO and is of formula wherein the wavy line indicates the location of the bond between L and A; R 1 and R 2 represent independently from each other a hydrogen atom or a linear saturated or unsaturated C 1 -C 18 hydrocarbon group, optionally substituted with one to three oxygen atoms in the form of a hydroxyl, carbonyl, ether or ester group, or a branched or cyclic, saturated or unsaturated C 3 -C 18 hydrocarbon group, optionally substituted with one to three oxygen atoms in the form of a hydroxyl, carbonyl, ether or ester group or R 1 and R 2 , when taken together, represent a C 4-18 linear, branched or cyclic alkanediyl group, optionally substituted with one to three oxygen atoms in the form of a hydroxyl, carbonyl, ether or ester group, provided that at least one of the R 1 or R 2 groups has 6 consecutive carbon atoms and that both R 1 and R 2 taken together comprise a maximum of 18 carbon atoms; L is a OC 6 H 4 CR 3 2 CR 3 2 group or a (OCH 2 CHR 3 ) q group wherein R 3 represents a hydrogen atom or a methyl group and q is an integer varying between 3 and 10; and Q is different than L and is a polyimine, a poly(ethylene oxide), a poly(propylene oxide), a polypeptide or a polysaccharide. A is a group capable of releasing a flavor or fragrance aldehyde of formula (R 1 )CHO or a flavor or fragrance ketone of formula (R 1 )(R 2 )CO and is of formula wherein the wavy line indicates the location of the bond between L and A; R 1 and R 2 represent independently from each other a hydrogen atom or a linear saturated or unsaturated C 1 -C 18 hydrocarbon group, optionally substituted with one to three oxygen atoms in the form of a hydroxyl, carbonyl, ether or ester group, or a branched or cyclic, saturated or unsaturated C 3 -C 18 hydrocarbon group, optionally substituted with one to three oxygen atoms in the form of a hydroxyl, carbonyl, ether or ester group or R 1 and R 2 , when taken together, represent a C 4-18 linear, branched or cyclic alkanediyl group, optionally substituted with one to three oxygen atoms in the form of a hydroxyl, carbonyl, ether or ester group, provided that at least one of the R 1 or R 2 groups has 6 consecutive carbon atoms and that both R 1 and R 2 taken together comprise a maximum of 18 carbon atoms; L is a OC 6 H 4 CR 3 2 CR 3 2 group or a (OCH 2 CHR 3 ) q group wherein R 3 represents a hydrogen atom or a methyl group and q is an integer varying between 3 and 10; and Q is different than L and is a polyimine, a poly(ethylene oxide), a poly(propylene oxide), a polypeptide or a polysaccharide.
A method for provisioning an endorsement key, EK, certificate for a firmware trusted platform module, fTPM, the method comprising: receiving , at the fTPM and from a hardware trusted platform, HWTP, a derived key, DK, wherein the fTPM is implemented in the HWTP, the DK is derived from a hardware key, HWK, securely stored in the HWTP, the HWK is unique to the HWTP, and the HWK is not available to the fTPM; generating , at the fTPM, an endorsement primary seed, EPS, based on the DK; generating , at the fTPM, a hashed endorsement primary seed, HEPS, based on a hash of the EPS; forwarding the HEPS from the fTPM to a provisioning station; and receiving , at the fTPM and from the provisioning station, an EK certificate corresponding to the HEPS. receiving , at the fTPM and from a hardware trusted platform, HWTP, a derived key, DK, wherein the fTPM is implemented in the HWTP, the DK is derived from a hardware key, HWK, securely stored in the HWTP, the HWK is unique to the HWTP, and the HWK is not available to the fTPM; generating , at the fTPM, an endorsement primary seed, EPS, based on the DK; generating , at the fTPM, a hashed endorsement primary seed, HEPS, based on a hash of the EPS; forwarding the HEPS from the fTPM to a provisioning station; and receiving , at the fTPM and from the provisioning station, an EK certificate corresponding to the HEPS.
An orthomode transducer comprising: a first Boifot junction ; a second Boifot junction ; each of said first and second Boifot junction comprising a dual polarized port , a first lateral port , a second lateral port , the first and second lateral port being single polarized, and a third single polarized port along the propagation direction of a signal in the dual polarized port; a first power divider for coupling the first lateral port of the first Boifot junction with the first lateral port of the second Boifot junction to a third port ; a second power divider for coupling the second lateral port of the first Boifot junction with the second lateral port of the second Boifot junction to a third port ; a third power divider for coupling the third port of the first power divider with the third port of the second power divider to a fourth single polarization port ; a fourth power divider for coupling the third single polarized port of the first Boifot junction with the third single polarized port of the second Boifot junction to a fifth single polarized port . a first Boifot junction ; a second Boifot junction ; each of said first and second Boifot junction comprising a dual polarized port , a first lateral port , a second lateral port , the first and second lateral port being single polarized, and a third single polarized port along the propagation direction of a signal in the dual polarized port; a first power divider for coupling the first lateral port of the first Boifot junction with the first lateral port of the second Boifot junction to a third port ; a second power divider for coupling the second lateral port of the first Boifot junction with the second lateral port of the second Boifot junction to a third port ; a third power divider for coupling the third port of the first power divider with the third port of the second power divider to a fourth single polarization port ; a fourth power divider for coupling the third single polarized port of the first Boifot junction with the third single polarized port of the second Boifot junction to a fifth single polarized port .
A smoking article comprising: a tobacco rod ; and a filter connected to the tobacco rod, the filter comprising: a first filter segment comprising one or more breakable capsules, each breakable capsule comprising an outer shell and an inner core containing an additive; a hollow tube segment downstream of the first filter segment and defining a cavity at the mouth end of the filter, the hollow tube segment positioned between a downstream end of the first filter segment and the mouth end of the filter; and a plug wrap circumscribing the first filter segment and the hollow tube segment, wherein the plug wrap has a basis weight of less than 90 grams per square metre, wherein the hollow tube segment is formed from a plurality of overlapping paper layers , adjacent paper layers of the hollow tube segment being adhered together by an intermediate layer of an adhesive; and wherein the hollow tube segment has a wall thickness of at least 150 micrometres. a tobacco rod ; and a filter connected to the tobacco rod, the filter comprising: a first filter segment comprising one or more breakable capsules, each breakable capsule comprising an outer shell and an inner core containing an additive; a hollow tube segment downstream of the first filter segment and defining a cavity at the mouth end of the filter, the hollow tube segment positioned between a downstream end of the first filter segment and the mouth end of the filter; and a plug wrap circumscribing the first filter segment and the hollow tube segment, wherein the plug wrap has a basis weight of less than 90 grams per square metre, wherein the hollow tube segment is formed from a plurality of overlapping paper layers , adjacent paper layers of the hollow tube segment being adhered together by an intermediate layer of an adhesive; and wherein the hollow tube segment has a wall thickness of at least 150 micrometres. a first filter segment comprising one or more breakable capsules, each breakable capsule comprising an outer shell and an inner core containing an additive; a hollow tube segment downstream of the first filter segment and defining a cavity at the mouth end of the filter, the hollow tube segment positioned between a downstream end of the first filter segment and the mouth end of the filter; and a plug wrap circumscribing the first filter segment and the hollow tube segment, wherein the plug wrap has a basis weight of less than 90 grams per square metre, wherein the hollow tube segment is formed from a plurality of overlapping paper layers , adjacent paper layers of the hollow tube segment being adhered together by an intermediate layer of an adhesive; and wherein the hollow tube segment has a wall thickness of at least 150 micrometres.
A pressurized vehicle having an outside mold line defined by a fuselage and including a window comprising: a frame, at least one transparent pane suspended within the frame, wherein the transparent pane comprises a deformable material, wherein the transparent pane defines a first surface position h 1 when not subjected to a pressure differential thereacross and a second surface position h 2 when subject to the pressure differential thereacross, wherein the first and second surface positions are defined with reference to the outside mold line, wherein the first surface position h 1 defines a reverse curvature with respect to the outside mold line, wherein, in response to the pressure differential ΔP, the second surface position h 2 includes bulging of the transparent pane by a predetermined distance Δh from the first surface position h 1 , wherein the frame is positioned within the vehicle such that the transparent pane presents a surface, when subjected to the pressure differential ΔP, that is substantially consistent with the outside mold line of the vehicle, characterized in that the window is connected to a structural exterior surface of the pressurized vehicle without an intermediate frame, a portion of the fuselage that is immediately adjacent to the transparent pane constituting the frame of the window, and in that the first surface position h 1 lies between about 0.17 and 0.06 inches, corresponding to 4.32 to 1.52 mm, respectively. a frame, at least one transparent pane suspended within the frame, wherein the transparent pane comprises a deformable material, wherein the transparent pane defines a first surface position h 1 when not subjected to a pressure differential thereacross and a second surface position h 2 when subject to the pressure differential thereacross, wherein the first and second surface positions are defined with reference to the outside mold line, wherein the first surface position h 1 defines a reverse curvature with respect to the outside mold line, wherein, in response to the pressure differential ΔP, the second surface position h 2 includes bulging of the transparent pane by a predetermined distance Δh from the first surface position h 1 , wherein the frame is positioned within the vehicle such that the transparent pane presents a surface, when subjected to the pressure differential ΔP, that is substantially consistent with the outside mold line of the vehicle, characterized in that the window is connected to a structural exterior surface of the pressurized vehicle without an intermediate frame, a portion of the fuselage that is immediately adjacent to the transparent pane constituting the frame of the window, and in that the first surface position h 1 lies between about 0.17 and 0.06 inches, corresponding to 4.32 to 1.52 mm, respectively.
A method of controlling the position of an elongate robotic arm , the arm having a plurality of articulated segments , an actuator associated with each segment for controlling the position of the segment, and a control system for operating the actuators in order to place the arm in a required position, the method comprising: providing data representing a required position of the arm, wherein the required position is a path comprising a series of points, each point having a position and an orientation; calculating a position in which the arm is to be placed; and operating the actuators to move the arm into the calculated position; characterised in that pairs of adjacent segments are controlled as a unit such that in the position in which the arm is to be placed, the end of the second segment of each of said pairs of adjacent segments is near to, i.e. less than a few mm away, or exactly on a point in the path and has the same orientation as the point. providing data representing a required position of the arm, wherein the required position is a path comprising a series of points, each point having a position and an orientation; calculating a position in which the arm is to be placed; and operating the actuators to move the arm into the calculated position; characterised in that pairs of adjacent segments are controlled as a unit such that in the position in which the arm is to be placed, the end of the second segment of each of said pairs of adjacent segments is near to, i.e. less than a few mm away, or exactly on a point in the path and has the same orientation as the point.