mhurhangee/patent-ind-claim-en huggingface dataset:
A robotic tool holder , comprising: - a housing having a proximal end and a distal end; - an actuator disposed within the housing and configured to hold a tool, the housing and the actuator being in contact via a plurality of dowels to limit movement of the actuator toward the distal end of the housing , in which ones of the plurality of dowels that are in contact are in line contact; - a pressure plate in line contact with the actuator within the housing around a circumference of the pressure plate ; - a plurality of springs in contact with the pressure plate to bias the actuator toward the distal end of the housing via the pressure plate ; - a mounting plate to couple the robotic tool holder to a robot, the plurality of springs in contact with the mounting plate opposite the pressure plate ; and - a sensor switch to detect a shock force on the actuator and to output a signal in response to detecting the shock force, characterized in that the ones of the plurality of dowels that are in contact are in a triangular geometry, wherein the dowels comprise two or more sets of dowels spaced around an inner circumference of the housing and an outer circumference of the actuator , each set of dowels comprising two dowels attached to one of the housing or the actuator , and one dowel attached to the other of the housing or the actuator . - a housing having a proximal end and a distal end; - an actuator disposed within the housing and configured to hold a tool, the housing and the actuator being in contact via a plurality of dowels to limit movement of the actuator toward the distal end of the housing , in which ones of the plurality of dowels that are in contact are in line contact; - a pressure plate in line contact with the actuator within the housing around a circumference of the pressure plate ; - a plurality of springs in contact with the pressure plate to bias the actuator toward the distal end of the housing via the pressure plate ; - a mounting plate to couple the robotic tool holder to a robot, the plurality of springs in contact with the mounting plate opposite the pressure plate ; and - a sensor switch to detect a shock force on the actuator and to output a signal in response to detecting the shock force,
A maleate salt of the free base of N-[5-(amino-sulfonyl)-4-methyl-1,3-thiazol-2-yl]-N-methyl-2-[4-(2-pyridinyl)phenyl]acetamide.
A receiving part for coupling a rod to a bone anchor comprising a head receiving portion comprising an interior seat for pivotably receiving a head of the bone anchor , the head receiving portion being expandable to permit insertion of the head and compressible to lock the inserted head in the seat; a rod receiving portion comprising a recess forming a channel with a bottom for receiving the rod , the recess forming two open legs ; and an expansion limiting member encompassing at least partially the head receiving portion at an outer side of the head receiving portion; wherein, when said legs are spread apart, the head receiving portion is compressed to exert a locking force onto the inserted head , characterised in that the receiving part further comprises an engagement surface in the rod receiving portion, which is configured to be engaged by a spreading member in such a manner that, when the spreading member engages the engagement surface and is moved in a direction of the bottom of the recess , the legs are spread apart. a head receiving portion comprising an interior seat for pivotably receiving a head of the bone anchor , the head receiving portion being expandable to permit insertion of the head and compressible to lock the inserted head in the seat; a rod receiving portion comprising a recess forming a channel with a bottom for receiving the rod , the recess forming two open legs ; and an expansion limiting member encompassing at least partially the head receiving portion at an outer side of the head receiving portion; wherein, when said legs are spread apart, the head receiving portion is compressed to exert a locking force onto the inserted head , characterised in that the receiving part further comprises an engagement surface in the rod receiving portion, which is configured to be engaged by a spreading member in such a manner that, when the spreading member engages the engagement surface and is moved in a direction of the bottom of the recess , the legs are spread apart.
A guidance information providing device comprising: a location information acquisition unit configured to acquire location information on a plurality of mobile shop vehicles , the plurality of mobile shop vehicles being collected in a space to function as a shopping mall, wherein the location information includes information obtained from at least one of a camera and a sensor provided on at least one of the mobile shop vehicles , said information indicating a location relative to objects surrounding the at least one of the mobile shop vehicles ; a generation unit configured to generate map information of the shopping mall, the map information indicating a layout of each mobile shop vehicle of said plurality in the shopping mall based on the acquired location information; and an output unit configured to output the map information. a location information acquisition unit configured to acquire location information on a plurality of mobile shop vehicles , the plurality of mobile shop vehicles being collected in a space to function as a shopping mall, wherein the location information includes information obtained from at least one of a camera and a sensor provided on at least one of the mobile shop vehicles , said information indicating a location relative to objects surrounding the at least one of the mobile shop vehicles ; a generation unit configured to generate map information of the shopping mall, the map information indicating a layout of each mobile shop vehicle of said plurality in the shopping mall based on the acquired location information; and an output unit configured to output the map information.
A turbine vane for a turbomachine, including a blade and a root , said root comprising a stilt having lateral flanks with a curvilinear profile, said stilt comprising a frangible zone adapted to undergo breaking of the stilt if radial forces greater than a threshold are exerted on the vane, in particular centrifugal forces during an overspeed condition of the turbine, the turbine vane being characterised in that the frangible zone comprises at least one frangibility oblong cavity provided on at least one of the lateral flanks of the stilt, said oblong cavity extending in an axial direction of the stilt along a longitudinal axis (X-X') parallel to or included in a plane of minimum cross-section area (P) in which a minimum transverse cross-section area of the stilt is located, the frangible zone of the stilt being formed by a concave zone of the stilt made on a front face and on at least one of the lateral flanks of the stilt, the deepest zone of the oblong cavity being intersected by the plane of minimum cross-section area (P) of the stilt.
A rubber composition for tire tread, comprising: a rubber component containing from 60 to 80% by mass of a natural rubber and from 20 to 40% by mass of a modified conjugated dienic polymer having one or more functional groups each having an atom other than carbon and hydrogen, a filler in an amount of 35 to 70 parts by mass per 100 parts by mass of the rubber component, and a glycerin fatty acid ester composition in an amount of 0.1 to 10 parts by mass per 100 parts by mass of the rubber component, wherein: the content of silica in the filler is from 3 to 30% by mass. a rubber component containing from 60 to 80% by mass of a natural rubber and from 20 to 40% by mass of a modified conjugated dienic polymer having one or more functional groups each having an atom other than carbon and hydrogen, a filler in an amount of 35 to 70 parts by mass per 100 parts by mass of the rubber component, and a glycerin fatty acid ester composition in an amount of 0.1 to 10 parts by mass per 100 parts by mass of the rubber component, wherein: the content of silica in the filler is from 3 to 30% by mass.
A terminal apparatus for performing dynamic frame configuration pattern change comprising: a receiver configured to receive a system information block, SIB, that indicates a first UL/DL configuration pattern, which is one of a plurality of configuration patterns, each configuration pattern defining allocation of one or more uplink subframes and one or more downlink subframes within a frame, and to receive a downlink signaling that indicates a second UL/DL configuration pattern for a component carrier; a controller configured to determine, if the downlink signaling is received, a UL/DL configuration pattern for the component carrier according to the received downlink signaling, wherein transmission timings of all one or more uplink subframes defined by the second UL/DL configuration pattern are within a set of transmission timings of one or more uplink subframes defined by the first UL/DL configuration pattern; and a transmitter configured to transmit an uplink signal on an uplink subframe of the component carrier, the uplink subframe being one of the one or more uplink subframes defined by the determined UL/DL configuration pattern. a receiver configured to receive a system information block, SIB, that indicates a first UL/DL configuration pattern, which is one of a plurality of configuration patterns, each configuration pattern defining allocation of one or more uplink subframes and one or more downlink subframes within a frame, and to receive a downlink signaling that indicates a second UL/DL configuration pattern for a component carrier; a controller configured to determine, if the downlink signaling is received, a UL/DL configuration pattern for the component carrier according to the received downlink signaling, wherein transmission timings of all one or more uplink subframes defined by the second UL/DL configuration pattern are within a set of transmission timings of one or more uplink subframes defined by the first UL/DL configuration pattern; and a transmitter configured to transmit an uplink signal on an uplink subframe of the component carrier, the uplink subframe being one of the one or more uplink subframes defined by the determined UL/DL configuration pattern.
Method for producing endless strands, in particular strands of plastic that are structured in the longitudinal direction, wherein, to form an annular mould cavity , mould members that delimit the mould cavity are brought together and arranged in a row with one another, wherein the mould cavity is moved in the longitudinal direction of the row and, at a gate that extends counter to the movement direction, casting material is introduced into the mould cavity through a lateral inlet opening in the mould cavity , wherein the mould cavity is continuously opened at a distance from the gate by moving the mould members apart, in order to demould an endless strand that has solidified in the mould cavity , characterized in that a web of a shaping element engages in the inlet opening, a heating channel for supplying casting material opening out in the end face , facing towards the mould cavity, of said web, wherein the shaping element closes the encircling inlet opening over a certain circumferential region and, with the end face, supplements the mould cavity in this region, with the result that said mould cavity is closed all around in cross section, wherein an element that rotates about an axis of rotation has a central disc with a peripheral profile ring , wherein the peripheral profile ring together with movable mould members forms the mould cavity, which serves to form the endless strand with a U-shaped cross section, wherein, while the profile ring encircles a peripheral boundary face of the central disc in a closed manner, to form the annular mould cavity a plurality of mould members are segmentally arranged in a row with one another.
A valve manifold assembly comprising a plurality of manifold blocks connected together and having valve stations on one surface of each manifold block , said valve manifold assembly further comprising a first pilot pressure supply, a set of first valve stations , a set of first control valves and a first pilot pressure passage , wherein said first pilot pressure supply is operably connectable to said set of first control valves that are electrically actuated and pilot pressure operated, said set of first control valves being mounted to said set of first valve stations on said manifold blocks , wherein said first pilot pressure passage is operably connected to said first pilot pressure supply for supplying a first pilot pressure to said set of first valve stations of said valve manifold assembly, characterized in that said valve manifold assembly further comprises: a second pilot pressure supply, a set of second valve stations , a set of second control valves , a second pilot pressure passage and a pilot supply valve , wherein said second pilot pressure supply is operably connectable via said pilot supply valve to said set of second control valves that are electrically actuated and pilot pressure operated, said set of second control valves being mounted to said set of second valve stations on said manifold blocks , wherein said second pilot pressure passage is operably connected to said pilot supply valve for selectively supplying a zoned second pilot pressure to said set of second valve stations of said valve manifold assembly such that said set of second control valves may be deactuated if said zoned second pilot pressure is shut off thereto while said set of first control valves remain connected to said first pilot pressure.
A rotational angle determining device, comprising: - a resolver that is configured to receive an alternating current excitation signal and to output an alternating current resolver signal induced by the excitation signal and having an amplitude that changes corresponding to a rotational angle of a rotor ; - a resolver signal converting unit that is configured to periodically sample the resolver signal at a timing at which the excitation signal reaches a peak or trough value in a case in which no phase shift has occurred between the excitation signal and a timer signal, based on the timer signal to which initial phase alignment is performed with respect to the excitation signal, and performs A/D conversion of a voltage value of the sampled resolver signal; and - a rotational angle calculating unit that is configured to calculate a rotational angle of the rotor based on a first converted value obtained by the A/D conversion performed by the resolver signal converting unit, wherein the rotational angle determining device further comprises: - an excitation signal converting unit that is configured to periodically sample the excitation signal at a predetermined timing based on the timer signal, and performs A/D conversion of a voltage value of the sampled excitation signal; and - a phase shift detecting unit that is configured to detect a presence or absence of a phase shift based on a change of a second converted value obtained by the A/D conversion performed by the excitation signal converting unit . - a resolver that is configured to receive an alternating current excitation signal and to output an alternating current resolver signal induced by the excitation signal and having an amplitude that changes corresponding to a rotational angle of a rotor ; - a resolver signal converting unit that is configured to periodically sample the resolver signal at a timing at which the excitation signal reaches a peak or trough value in a case in which no phase shift has occurred between the excitation signal and a timer signal, based on the timer signal to which initial phase alignment is performed with respect to the excitation signal, and performs A/D conversion of a voltage value of the sampled resolver signal; and - a rotational angle calculating unit that is configured to calculate a rotational angle of the rotor based on a first converted value obtained by the A/D conversion performed by the resolver signal converting unit, - an excitation signal converting unit that is configured to periodically sample the excitation signal at a predetermined timing based on the timer signal, and performs A/D conversion of a voltage value of the sampled excitation signal; and - a phase shift detecting unit that is configured to detect a presence or absence of a phase shift based on a change of a second converted value obtained by the A/D conversion performed by the excitation signal converting unit .
A sheet-processing machine comprising: a sheet transport device having a sheet-conveying system receiving sheets from a sheet-guiding cylinder ; a gripping device for the clamped fixing and transporting of a front edge of a sheet; and at least two peripheral sheet support segments simultaneously holding the sheet on the lateral cylinder surface of the sheet-guiding cylinder and/or pneumatic fixing devices for the rear edge of the sheet, characterized in that the pneumatic sheet support segments and/or the fixing devices are pneumatically connected to a compressed air generator, wherein the compressed air generator provides a pneumatic pressure that is permanently above the ambient pressure.
A magnetron assembly for use in an apparatus for the reduction of organic waste wherein said apparatus comprises at least one chamber , the magnetron assembly being for the application of microwave energy to said waste to treat, reduce and sterilize said waste by means of reverse polymerization in said chamber , said magnetron assembly comprising a magnetron mounted on a side of a short rectangular waveguide and with its anode projecting into the waveguide , barrier means for isolating said magnetron from said chamber , and tuning means in said waveguide for optimizing coupling of said magnetron to said chamber wherein an end part of said waveguide adjacent said chamber comprises a truncated cone mounted to an end of the waveguide and wherein the barrier means is a plate mounted adjacent the end of the waveguide .
A combination measuring device comprising a combination measuring unit , wherein the combination measuring unit has: a dispersing section for radially dispersing articles loaded thereinto from above; a plurality of heads (HA1 through HA9, HB1 through HB9) for receiving the articles from the dispersing section ; and an assembling section for allowing the articles, which are contained in hoppers of one or more of the heads (HA1 through HA9, HB1 through HB9) selected according to a target weight, to assemble; and the plurality of heads (HA1 through HA9, HB1 through HB9) are arranged on a part of a circumference of a circle formed by cutting away the other part from the circumference of the circle surrounding the dispersing section wherein a part of an outer peripheral region of the dispersing section is designated as a non-ejecting region in which the articles are not ejected; and a route for carrying the articles from a vicinity of a head (HA1 through HA9, HB1 through HB9) that is adjacent to one end of the non-ejecting region to a vicinity of a head (HA1 through HA9, HB1 through HB9) that is adjacent to the other end of the non-ejecting region is provided to the non-ejecting region ; characterised in that the dispersing table is caused to vibrate in the circumferential direction causing the articles to radially disperse while moving in a rotary manner. a dispersing section for radially dispersing articles loaded thereinto from above; a plurality of heads (HA1 through HA9, HB1 through HB9) for receiving the articles from the dispersing section ; and an assembling section for allowing the articles, which are contained in hoppers of one or more of the heads (HA1 through HA9, HB1 through HB9) selected according to a target weight, to assemble; and the plurality of heads (HA1 through HA9, HB1 through HB9) are arranged on a part of a circumference of a circle formed by cutting away the other part from the circumference of the circle surrounding the dispersing section wherein a part of an outer peripheral region of the dispersing section is designated as a non-ejecting region in which the articles are not ejected; and a route for carrying the articles from a vicinity of a head (HA1 through HA9, HB1 through HB9) that is adjacent to one end of the non-ejecting region to a vicinity of a head (HA1 through HA9, HB1 through HB9) that is adjacent to the other end of the non-ejecting region is provided to the non-ejecting region ; characterised in that the dispersing table is caused to vibrate in the circumferential direction causing the articles to radially disperse while moving in a rotary manner.
A structural arrangement for an access window of a fuel tank with a composite coating , this structural arrangement comprising: an external lid configured to cover the access window and to be associated to the access window by fastening means ; a continuous metal frame that supports the external lid and cooperates with the external lid in the conduction of an electric current; fastening elements made of metal, configured to fasten the continuous metal frame to the composite coating , and to contact the external surface of the composite coating ; wherein the continuous metal frame comprises a first fastening portion configured to be disposed on an internal surface of the composite coating corresponding to the interior of the fuel tank , and to be fastened to said internal surface by means of said fastening elements , characterized in that the continuous metal frame further comprises a second protection portion perpendicular to the first fastening portion and configured to be disposed perimetrically on the access window in order to provide a continuous contour on the edges of the access window , such that the continuous metal frame is configured to circumvent the access window both internally and perimetrically. an external lid configured to cover the access window and to be associated to the access window by fastening means ; a continuous metal frame that supports the external lid and cooperates with the external lid in the conduction of an electric current; fastening elements made of metal, configured to fasten the continuous metal frame to the composite coating , and to contact the external surface of the composite coating ; wherein the continuous metal frame comprises a first fastening portion configured to be disposed on an internal surface of the composite coating corresponding to the interior of the fuel tank , and to be fastened to said internal surface by means of said fastening elements , characterized in that the continuous metal frame further comprises a second protection portion perpendicular to the first fastening portion and configured to be disposed perimetrically on the access window in order to provide a continuous contour on the edges of the access window , such that the continuous metal frame is configured to circumvent the access window both internally and perimetrically.