mhurhangee/patent-ind-claim-en huggingface dataset:
A robotic system , comprising: a robotic arm , wherein the robotic arm is configured to rotate about an axis of rotation ; a movable hardstop disposed proximate to the robotic arm , wherein: the movable hardstop is configured to rotate about the axis of rotation ; the movable hardstop is separated from the robotic arm by at least one clearance during a first operating condition, and wherein the movable hardstop physically contacts the robotic arm during a second operating condition; characterised in that it comprises one or more controllers configured to control movement of the robotic arm and movement of the movable hardstop such that the first operating condition is maintained or such that, if the second operating condition occurs, the movable hardstop blocks movement of the robotic arm . a robotic arm , wherein the robotic arm is configured to rotate about an axis of rotation ; a movable hardstop disposed proximate to the robotic arm , wherein: the movable hardstop is configured to rotate about the axis of rotation ; the movable hardstop is separated from the robotic arm by at least one clearance during a first operating condition, and wherein the movable hardstop physically contacts the robotic arm during a second operating condition; the movable hardstop is configured to rotate about the axis of rotation ; the movable hardstop is separated from the robotic arm by at least one clearance during a first operating condition, and wherein the movable hardstop physically contacts the robotic arm during a second operating condition;
An image sensor comprising an array of pixels, wherein a set of pixels of the array comprises pixels with different height levels arranged according to their height level and relative position to an optical axis of the image sensor, wherein each pixel of the set can take one height level i among N different height levels, N ≥ 2, where i = 1 is the smallest height level and i = N is the highest height level, wherein, for a pixel of the set having a first height level equal to n, 2 ≤ n ≤ N, and an adjacent pixel of the set having a second height level equal to m, lower than the first height level, in at least one of horizontal, vertical, or diagonal scanning direction, from a point at which the optical axis intersects the image sensor to at least one rim of the image sensor, the second height level m is equal to n - 1, and wherein the pixels of the set are arranged to comply with a periodic height pattern in the scanning direction, characterised in that the size of the height pattern in the scanning direction being a multiple of the number of different height levels of the pixels of the set in the scanning direction. wherein each pixel of the set can take one height level i among N different height levels, N ≥ 2, where i = 1 is the smallest height level and i = N is the highest height level, wherein, for a pixel of the set having a first height level equal to n, 2 ≤ n ≤ N, and an adjacent pixel of the set having a second height level equal to m, lower than the first height level, in at least one of horizontal, vertical, or diagonal scanning direction, from a point at which the optical axis intersects the image sensor to at least one rim of the image sensor, the second height level m is equal to n - 1, and wherein the pixels of the set are arranged to comply with a periodic height pattern in the scanning direction, characterised in that the size of the height pattern in the scanning direction being a multiple of the number of different height levels of the pixels of the set in the scanning direction.
Arrangement of an optical sensor on the outside of a window or on a wall to a combustion chamber of a heating appliance , wherein the sensor is arranged at a distance of less than 2 cm from the window or the wall , but is thermally decoupled therefrom, characterised in that the window or the wall is constructed from at least two layers separated from one another by an insulating filling .
A structure comprising: a trough for laying cables, wherein the trough comprises a trough body and a resin-made trough lid that is disposed over the trough body ; and a destaticizing member comprising a conductor member and a metal-made conductive member having a connection portion to be connected with the conductor member ; wherein a first end of the conductor member is connected to the connection portion and a second end of the conductor member is connectable to an earth portion; wherein the metal-made conductive member comprises a top plate portion and a pair of leg portions that are connected to both ends of the top plate portion the metal-made conductive member being formed by bending an elastic band-shaped metal piece; wherein the top plate portion is disposed so as to cover an upper surface of the trough lid in the width direction thereof; wherein the pair of the leg portions , which are bent with a sharp angle to the top plate portion , can open and interpose and hold side faces of the trough body , whereby pressing forces are applied to the side faces; and wherein the metal-made conductive member is fixed to the trough body . a trough for laying cables, wherein the trough comprises a trough body and a resin-made trough lid that is disposed over the trough body ; and a destaticizing member comprising a conductor member and a metal-made conductive member having a connection portion to be connected with the conductor member ; wherein a first end of the conductor member is connected to the connection portion and a second end of the conductor member is connectable to an earth portion; wherein the metal-made conductive member comprises a top plate portion and a pair of leg portions that are connected to both ends of the top plate portion the metal-made conductive member being formed by bending an elastic band-shaped metal piece; wherein the top plate portion is disposed so as to cover an upper surface of the trough lid in the width direction thereof; wherein the pair of the leg portions , which are bent with a sharp angle to the top plate portion , can open and interpose and hold side faces of the trough body , whereby pressing forces are applied to the side faces; and wherein the metal-made conductive member is fixed to the trough body .
Motor vehicle comprising: - a chassis comprising a longitudinal member ; - a support which is intended to support an engine in an engine compartment; the support being fixed directly to the longitudinal member ; said vehicle being characterized in that - the vehicle comprises a connection component which connects the support to a first structure of the chassis which is located above the longitudinal member ; - the connection component comprises: -- a main body ; -- a first fixing screw which connects the support to the connection component ; -- a second fixing screw which connects the chassis to the connection component ; -- at least one lateral wing which is arranged along the main body ; characterized in that the connection component further comprises a sliding member which is produced in the main body and which receives the first and second fixing screws . - a chassis comprising a longitudinal member ; - a support which is intended to support an engine in an engine compartment; the support being fixed directly to the longitudinal member ; - the vehicle comprises a connection component which connects the support to a first structure of the chassis which is located above the longitudinal member ; - the connection component comprises: -- a main body ; -- a first fixing screw which connects the support to the connection component ; -- a second fixing screw which connects the chassis to the connection component ; -- at least one lateral wing which is arranged along the main body ; -- a main body ; -- a first fixing screw which connects the support to the connection component ; -- a second fixing screw which connects the chassis to the connection component ; -- at least one lateral wing which is arranged along the main body ;
A structure comprising: a tube having an inner surface forming a cavity and two ends, wherein one or both ends are open, the tube being suitable for supporting an electrode active material; a metal on the inner surface of the tube; and lithium metal formed on the metal. a tube having an inner surface forming a cavity and two ends, wherein one or both ends are open, the tube being suitable for supporting an electrode active material; a metal on the inner surface of the tube; and lithium metal formed on the metal.
Method for onshore or offshore erecting an upstanding construction comprising longitudinal construction parts of a windmill, comprising the steps of - providing the longitudinal parts of the construction; - transporting the longitudinal parts of the construction on a vehicle (4, 4', 4") to an erection site ; - providing a crane for hoisting the longitudinal parts of the construction; - using the crane for placing the respective longitudinal parts of the construction on top of each other on a construction base at the erection site ; comprising the steps of: - providing the construction base and/or the longitudinal parts of the construction with a support and guide facility for the crane ; - arranging that the crane is mountable on the support and guide facility ; and - mounting the crane on the support and guide facility of at least one of the construction base and the longitudinal parts of the construction that is placed on the construction base , so as to arrange that the crane is movable up and down along the support and guide facility of the construction, and - completing the erection of the upstanding construction by removing the crane and removing the support and guide facility from the longitudinal parts (9, 9', 9", 9''', X) of the construction, characterized by using the crane for picking up and placing a windmill generator and hub on top of the upstanding construction, followed by using the crane for picking up and placing rotor blades on the hub . - providing the longitudinal parts of the construction; - transporting the longitudinal parts of the construction on a vehicle (4, 4', 4") to an erection site ; - providing a crane for hoisting the longitudinal parts of the construction; - using the crane for placing the respective longitudinal parts of the construction on top of each other on a construction base at the erection site ; - providing the construction base and/or the longitudinal parts of the construction with a support and guide facility for the crane ; - arranging that the crane is mountable on the support and guide facility ; and - mounting the crane on the support and guide facility of at least one of the construction base and the longitudinal parts of the construction that is placed on the construction base , so as to arrange that the crane is movable up and down along the support and guide facility of the construction, and - completing the erection of the upstanding construction by removing the crane and removing the support and guide facility from the longitudinal parts (9, 9', 9", 9''', X) of the construction, characterized by using the crane for picking up and placing a windmill generator and hub on top of the upstanding construction, followed by using the crane for picking up and placing rotor blades on the hub .
An electric vehicle comprising: a driving device including an electric motor and a mechanism transmitting a driving force from the electric motor to a rear wheel axle , the electric motor and the mechanism being accommodated in a case , and the driving device being disposed in a rear portion of the vehicle such that the driving device crosses the rear wheel axle ; a first oil cooler and a second oil cooler configured to cool oil in the case , characterized in that the first oil cooler being disposed behind the rear wheel axle and cooling oil supplied to the electric motor via a first oil passage ; and the second oil cooler being disposed behind the rear wheel axle and disposed at a position misaligned in a vehicle front-rear direction with respect to the first oil cooler and cooling oil supplied to the electric motor via a second oil passage . a driving device including an electric motor and a mechanism transmitting a driving force from the electric motor to a rear wheel axle , the electric motor and the mechanism being accommodated in a case , and the driving device being disposed in a rear portion of the vehicle such that the driving device crosses the rear wheel axle ; a first oil cooler and a second oil cooler configured to cool oil in the case , characterized in that the first oil cooler being disposed behind the rear wheel axle and cooling oil supplied to the electric motor via a first oil passage ; and the second oil cooler being disposed behind the rear wheel axle and disposed at a position misaligned in a vehicle front-rear direction with respect to the first oil cooler and cooling oil supplied to the electric motor via a second oil passage .
A semiconductor memory device (200; 800), comprising: a memory cell array including a plurality of memory cell rows, each including a plurality of volatile memory cells (MC, MCs), the volatile memory cells (MC, MCs) being DRAM cells; a row hammer management circuit (500; 500a; 500b; 500c) configured to: capture row addresses accompanied by first active commands (ACT1) randomly selected from active commands (ACT, ACT1, ACT2), each having a first selection probability that is uniform, from an external memory controller during a reference time interval (RINT); and select at least one row address from among the captured row addresses (CRA) as a hammer address (HADDR) a number of times proportional to access counts of an active command (ACT, ACT1, ACT2) corresponding to the at least one row address during the reference time interval (RINT); and a refresh control circuit configured to receive the hammer address (HADDR), and to perform a hammer refresh operation (HREF) on one or more victim memory cell rows which are physically adjacent to a memory cell row corresponding to the hammer address (HADDR). a memory cell array including a plurality of memory cell rows, each including a plurality of volatile memory cells (MC, MCs), the volatile memory cells (MC, MCs) being DRAM cells; a row hammer management circuit (500; 500a; 500b; 500c) configured to: capture row addresses accompanied by first active commands (ACT1) randomly selected from active commands (ACT, ACT1, ACT2), each having a first selection probability that is uniform, from an external memory controller during a reference time interval (RINT); and select at least one row address from among the captured row addresses (CRA) as a hammer address (HADDR) a number of times proportional to access counts of an active command (ACT, ACT1, ACT2) corresponding to the at least one row address during the reference time interval (RINT); and capture row addresses accompanied by first active commands (ACT1) randomly selected from active commands (ACT, ACT1, ACT2), each having a first selection probability that is uniform, from an external memory controller during a reference time interval (RINT); and select at least one row address from among the captured row addresses (CRA) as a hammer address (HADDR) a number of times proportional to access counts of an active command (ACT, ACT1, ACT2) corresponding to the at least one row address during the reference time interval (RINT); and a refresh control circuit configured to receive the hammer address (HADDR), and to perform a hammer refresh operation (HREF) on one or more victim memory cell rows which are physically adjacent to a memory cell row corresponding to the hammer address (HADDR).
Apparatus (10; 20; 30) comprising: an antenna arrangement comprising at least one antenna ; an over-the-air, OTA, interface for receiving a signal indicating a predetermined test case; a communication interface for receiving a control signal from a base station of a different service provider; wherein the apparatus is configured to use a first spatial electromagnetic radiation characteristic in accordance with the predetermined test case independent from the control signal , using the antenna arrangement ; wherein the apparatus is configured to use a second spatial electromagnetic radiation characteristic different from the predetermined test case responsive to instructions contained in the control signal ; wherein the apparatus is a User Equipment associated to a base station of a first service provider; wherein the apparatus is configured to authenticate to the base station of the different service provider for using the second spatial electromagnetic radiation characteristic. an antenna arrangement comprising at least one antenna ; an over-the-air, OTA, interface for receiving a signal indicating a predetermined test case; a communication interface for receiving a control signal from a base station of a different service provider; wherein the apparatus is configured to use a first spatial electromagnetic radiation characteristic in accordance with the predetermined test case independent from the control signal , using the antenna arrangement ; wherein the apparatus is configured to use a second spatial electromagnetic radiation characteristic different from the predetermined test case responsive to instructions contained in the control signal ; wherein the apparatus is a User Equipment associated to a base station of a first service provider; wherein the apparatus is configured to authenticate to the base station of the different service provider for using the second spatial electromagnetic radiation characteristic.
An escalator comprising: a plurality of treads arranged one after another along a track, each of which has a tread surface and a riser adjacent to a rear end of the tread surface and running transverse to the tread surface ; a guide rail assembly having a chain roller guide rail for guiding chain rollers of the treads and a idler roller guide rail for guiding idler rollers of the treads during a forward run of a lower, horizontally running region of the track over a central region of the track that runs at an incline toward an upper, horizontally running region of the track and during a return run moving in the opposite direction; wherein each tread has a front intermeshing structure and a rear intermeshing structure , wherein the front and the rear intermeshing structure are formed complementarily to each other in such a manner that intermeshing structures of adjacent treads oriented toward one another can meshably engage into each other, characterized in that there is a transition region between the upper horizontally running region and the central region that runs at an incline , wherein in the transition region of the return run, the chain roller guide rail and /or the idler roller guide rail has two curved regions (K R1 , K R2 ) close to the edges of the upper and the central regions having a sharp curvature (R1, R2) and an interposed curved region (Kz) having a gentler curvature (R3). a plurality of treads arranged one after another along a track, each of which has a tread surface and a riser adjacent to a rear end of the tread surface and running transverse to the tread surface ; a guide rail assembly having a chain roller guide rail for guiding chain rollers of the treads and a idler roller guide rail for guiding idler rollers of the treads during a forward run of a lower, horizontally running region of the track over a central region of the track that runs at an incline toward an upper, horizontally running region of the track and during a return run moving in the opposite direction; wherein each tread has a front intermeshing structure and a rear intermeshing structure , wherein the front and the rear intermeshing structure are formed complementarily to each other in such a manner that intermeshing structures of adjacent treads oriented toward one another can meshably engage into each other, characterized in that there is a transition region between the upper horizontally running region and the central region that runs at an incline , wherein in the transition region of the return run, the chain roller guide rail and /or the idler roller guide rail has two curved regions (K R1 , K R2 ) close to the edges of the upper and the central regions having a sharp curvature (R1, R2) and an interposed curved region (Kz) having a gentler curvature (R3).
A liquid electrostatic ink composition comprising: a pigment comprising mica coated with titanium dioxide and iron oxide; a resin; and a hydrocarbon carrier liquid. a pigment comprising mica coated with titanium dioxide and iron oxide; a resin; and a hydrocarbon carrier liquid.
A heating and detecting device for detecting a contact between a user and a steering wheel of a vehicle and for heating the steering wheel , the device comprising: - an electrically insulating support ; - a first track for heating the steering wheel , a second track for detecting the contact, and a third track for avoiding the detection of false contacts between the user and the steering wheel , the first track , the second track and the third track being electrically conductive, distinct from one another; characterized in that the first track , the second track and the third track are arranged on the same surface of the electrically insulating support ; and in that the third track is arranged between the first track and the second track . - an electrically insulating support ; - a first track for heating the steering wheel , a second track for detecting the contact, and a third track for avoiding the detection of false contacts between the user and the steering wheel ,
A metal gasket to be disposed between abutting surfaces of two members, the metal gasket comprising: a metal base plate including a bolt hole through which a bolt may be inserted, a bead section for sealing a space between the abutting surfaces on a more internal circumferential side than the bolt hole, characterized in that the metal gasket further comprises a peripheral creased section formed by folding a perimeter of the metal base plate in one direction to prevent formation of a gap in which saline accumulates between the abutting surfaces , wherein the peripheral creased section includes a region with a folding length (L) gradually changing in a gasket circumferential direction adapted to suppress loss of a bolt fastening axial force in compression with the bolt , wherein the peripheral creased section is not formed in vicinity of the bolt hole , but formed in the perimeter of the metal base plate except the vicinity of the bolt hole . a metal base plate including a bolt hole through which a bolt may be inserted, a bead section for sealing a space between the abutting surfaces on a more internal circumferential side than the bolt hole, characterized in that the metal gasket further comprises a peripheral creased section formed by folding a perimeter of the metal base plate in one direction to prevent formation of a gap in which saline accumulates between the abutting surfaces , wherein the peripheral creased section includes a region with a folding length (L) gradually changing in a gasket circumferential direction adapted to suppress loss of a bolt fastening axial force in compression with the bolt , wherein the peripheral creased section is not formed in vicinity of the bolt hole , but formed in the perimeter of the metal base plate except the vicinity of the bolt hole .