mhurhangee/patent-ind-claim-en huggingface dataset:
A high-pressure fuel injection pipe with a connection head , comprising: the connection head at a connection end of a steel pipe made of a steel material and having a rust-inhibiting coating (1-2) applied to an outer surface thereof, the connection head being composed of a spherically-shaped seat surface , an annular flange formed to be spaced from the seat surface in a pipe axial direction, and a conical surface contiguous to the seat surface and tapered from the annular flange toward a tip, the connection head having an outside peripheral surface formed into the seat surface in a truncated conical shape or truncated arc shape for a mating seat; and a washer made of a steel material and fitting in a neck lower part of the connection head and having a rust-inhibiting coating (6A-2) applied to an outer surface of the washer , wherein a contact part between the neck lower part of the connection head and an end part of the washer has a steel-material-to-steel-material contact structure. the connection head at a connection end of a steel pipe made of a steel material and having a rust-inhibiting coating (1-2) applied to an outer surface thereof, the connection head being composed of a spherically-shaped seat surface , an annular flange formed to be spaced from the seat surface in a pipe axial direction, and a conical surface contiguous to the seat surface and tapered from the annular flange toward a tip, the connection head having an outside peripheral surface formed into the seat surface in a truncated conical shape or truncated arc shape for a mating seat; and a washer made of a steel material and fitting in a neck lower part of the connection head and having a rust-inhibiting coating (6A-2) applied to an outer surface of the washer , wherein a contact part between the neck lower part of the connection head and an end part of the washer has a steel-material-to-steel-material contact structure.
A method of serial data communication between a master device (MC) and a plurality of slave drive units (DU(n)) for driving peripheral devices, wherein the slave drive units (DU(n)) include a serial shift register, the method comprising:- providing an individual speed unit (SU(n)) corresponding to an individual slave drive unit (DU(n)), wherein the speed unit (SU(n)) includes a serial shift register; providing a duplex data communication connection between the serial register of individual speed units (SU(n)) and the serial register of individual corresponding slave drive units (DU(n)); providing a serial data connection between the serial registers of the speed units (SU(n)) so that they are connected in a series chain with a data input at one end of the chain and a data output at the other end of the chain; enabling, in a first cycle, the serial data connection between the serial registers of the speed units whereby data can be serially communicated, at a first relatively faster pulse rate, from the master device into the data input of the series chain and to the master device from the data output of the series chain; and enabling, in a second cycle, the duplex data communication connection between the serial register of individual speed units and the corresponding slave drive units (DU(n)) whereby data can be serially communicated in parallel therebetween at a second relatively slower pulse rate. providing an individual speed unit (SU(n)) corresponding to an individual slave drive unit (DU(n)), wherein the speed unit (SU(n)) includes a serial shift register; providing a duplex data communication connection between the serial register of individual speed units (SU(n)) and the serial register of individual corresponding slave drive units (DU(n)); providing a serial data connection between the serial registers of the speed units (SU(n)) so that they are connected in a series chain with a data input at one end of the chain and a data output at the other end of the chain; enabling, in a first cycle, the serial data connection between the serial registers of the speed units whereby data can be serially communicated, at a first relatively faster pulse rate, from the master device into the data input of the series chain and to the master device from the data output of the series chain; and enabling, in a second cycle, the duplex data communication connection between the serial register of individual speed units and the corresponding slave drive units (DU(n)) whereby data can be serially communicated in parallel therebetween at a second relatively slower pulse rate.
An apparatus comprising: an end effector configured to perform an operation on a structure ; a sensor system having a plurality of sensors extendable outwardly from and retractable into the end effector ; and a pressure foot connected to the end effector and configured to contact a surface of the structure , wherein: the pressure foot includes a channel ; and the sensor system is extendable through the channel . an end effector configured to perform an operation on a structure ; a sensor system having a plurality of sensors extendable outwardly from and retractable into the end effector ; and a pressure foot connected to the end effector and configured to contact a surface of the structure , wherein: the pressure foot includes a channel ; and the sensor system is extendable through the channel .
A method for generating a positioning image , comprising: determining a source/patient (S/P) relative position for a current X-ray system geometry; determining a detector/patient (D/P) relative position for the current X-ray system geometry; based on the S/P relative position and D/P relative position, determining a projected area on a detector plane of a detector ; registering an atlas image to a representation of the patient based on the projected area on the detector plane; and displaying a positioning image corresponding to the atlas image on the representation of the patient, wherein determining the S/P relative position comprises: acquiring one or more images of the patient from a camera positioned on an X-ray system comprising the source , wherein the camera is positioned to correspond to the direction of X-ray emission; and determining the S/P relative position from the one or more images, and wherein determining the D/P relative position comprises: acquiring one or both of camera or sensor data using a camera or sensors provided on the detector; and determining the D/P relative position from one or both of the camera or sensor data. determining a source/patient (S/P) relative position for a current X-ray system geometry; determining a detector/patient (D/P) relative position for the current X-ray system geometry; based on the S/P relative position and D/P relative position, determining a projected area on a detector plane of a detector ; registering an atlas image to a representation of the patient based on the projected area on the detector plane; and displaying a positioning image corresponding to the atlas image on the representation of the patient, wherein determining the S/P relative position comprises: acquiring one or more images of the patient from a camera positioned on an X-ray system comprising the source , wherein the camera is positioned to correspond to the direction of X-ray emission; and determining the S/P relative position from the one or more images, and wherein determining the D/P relative position comprises: acquiring one or both of camera or sensor data using a camera or sensors provided on the detector; and determining the D/P relative position from one or both of the camera or sensor data. acquiring one or more images of the patient from a camera positioned on an X-ray system comprising the source , wherein the camera is positioned to correspond to the direction of X-ray emission; and determining the S/P relative position from the one or more images, and wherein determining the D/P relative position comprises: acquiring one or both of camera or sensor data using a camera or sensors provided on the detector; and determining the D/P relative position from one or both of the camera or sensor data. acquiring one or both of camera or sensor data using a camera or sensors provided on the detector; and determining the D/P relative position from one or both of the camera or sensor data.
A method, comprising: receiving , at a user equipment, a configuration message from a network element, wherein the configuration message is for either management-based or signaling-based logged measurement; identifying a trigger pertaining to signaling-based tracing or management-based tracing; storing the configuration message according to the trigger associated with the configuration message; and performing measurement data collection pertaining to a cell according to the configuration message. receiving , at a user equipment, a configuration message from a network element, wherein the configuration message is for either management-based or signaling-based logged measurement; identifying a trigger pertaining to signaling-based tracing or management-based tracing; storing the configuration message according to the trigger associated with the configuration message; and performing measurement data collection pertaining to a cell according to the configuration message.
A syringe cap for use with a syringe loading apparatus, said cap comprising: a body having an exterior surface and an interior surface , and having a first end and an opposite second end , said first end including at least one generally "V"-shaped ramp on each of two sides of said exterior surface for engaging a rail of the syringe loading apparatus, wherein said interior surface is connected to an axially extending connector portion having a first, male end extending beyond an upper edge of said body and a second, female end extending beyond a lower edge of said body configured for engaging an outlet or needle of a syringe, and wherein said axial connector portion has an interior chamber divided by a step separating a first female portion of said chamber from a second male portion . a body having an exterior surface and an interior surface , and having a first end and an opposite second end , said first end including at least one generally "V"-shaped ramp on each of two sides of said exterior surface for engaging a rail of the syringe loading apparatus, wherein said interior surface is connected to an axially extending connector portion having a first, male end extending beyond an upper edge of said body and a second, female end extending beyond a lower edge of said body configured for engaging an outlet or needle of a syringe, and wherein said axial connector portion has an interior chamber divided by a step separating a first female portion of said chamber from a second male portion .
An infrared-transmitting glass containing, in terms of % by mole, over 0 to 9% Ge, over 0 to 50% Ga, 50 to 90% Te, 0 to 40% Si+Al+Ti+Cu+In+Sn+Bi+Cr+Sb+Zn+Mn+Cs+Ag+As+Pb, 0 to 40% F+Cl+Br+I, 0 to 40% S, and 5% or less of Se, containing Ag and/or Sn, and the average internal transmittance of the infrared-transmitting glass at a wavelength of 8 to 14 μm being 80% or more.
An array connector harness system for optical network testing of a multi-fiber optical link comprising plural optical paths, comprising: a first loop-back connector connectable to said multi-fiber optical link when under test at a first end thereof; and a second loop-back connector connectable to the multi-fiber optical link under test at a second end thereof, and wherein said first and second loop-back connectors cooperate, in use, to interlink individual fibers of said multi-fiber optical link under test to form a single optical path therethrough, characterized in that : each of said first loop-back connector and second loop-back connector comprises a respective loop-back interface, each loop-back interface comprising a plurality of loop-backs to interconnect ones of said individual fibers to form the single optical path, wherein at least one of said loop-back interfaces comprises: unique lengths for the loop-backs of said loop-back interface, or non-reflective loss elements at unique locations within the loop-backs of said loop-back interface, and in that the first loop-back connector comprises a lead-in fiber and a tail-cord . a first loop-back connector connectable to said multi-fiber optical link when under test at a first end thereof; and a second loop-back connector connectable to the multi-fiber optical link under test at a second end thereof, and wherein said first and second loop-back connectors cooperate, in use, to interlink individual fibers of said multi-fiber optical link under test to form a single optical path therethrough, characterized in that : each of said first loop-back connector and second loop-back connector comprises a respective loop-back interface, each loop-back interface comprising a plurality of loop-backs to interconnect ones of said individual fibers to form the single optical path, wherein at least one of said loop-back interfaces comprises: unique lengths for the loop-backs of said loop-back interface, or non-reflective loss elements at unique locations within the loop-backs of said loop-back interface, and in that the first loop-back connector comprises a lead-in fiber and a tail-cord . each of said first loop-back connector and second loop-back connector comprises a respective loop-back interface, each loop-back interface comprising a plurality of loop-backs to interconnect ones of said individual fibers to form the single optical path, wherein at least one of said loop-back interfaces comprises: unique lengths for the loop-backs of said loop-back interface, or non-reflective loss elements at unique locations within the loop-backs of said loop-back interface, unique lengths for the loop-backs of said loop-back interface, or non-reflective loss elements at unique locations within the loop-backs of said loop-back interface, and in that the first loop-back connector comprises a lead-in fiber and a tail-cord .
A data compression method, comprising: obtaining (S101, S201), by a base station, identification information of a data compression device and a data decompression device, wherein the identification information comprises at least one of the following: an Ethernet address, an IP address, port information, or a virtual local area network identifier; generating (S102, S202) a dictionary based on the identification information; and sending (S103, S203) the dictionary to the data compression device and the data decompression device, to enable the data compression device and the data decompression device to perform data compression and data transmission based on the received dictionary. an Ethernet address, an IP address, port information, or a virtual local area network identifier; generating (S102, S202) a dictionary based on the identification information; and sending (S103, S203) the dictionary to the data compression device and the data decompression device, to enable the data compression device and the data decompression device to perform data compression and data transmission based on the received dictionary.
A pharmaceutical combination comprising regorafenib or its hydrate, solvate or pharmaceutically acceptable salt, and nivolumab.
An air conditioning apparatus provided with a casing in which an intake port is formed and a blow-off port is formed, and a heat exchanger and a blower housed in the casing, and configured so that the blower is caused to rotate while a flammable refrigerant flows to the heat exchanger during an operation, an air is taken into the casing from the intake port, a heat exchange is carried out between the flammable refrigerant and the intake air in the heat exchanger, and the heat-exchanged air is blown out from the blow-off port to an exterior of the casing, wherein the blower is arranged on the downwind side of the heat exchanger , characterized in that the blow-off port is formed in a top surface section, a first refrigerant sensor for detecting the flammable refrigerant is disposed on a downwind side of the heat exchanger inside the casing, the first refrigerant sensor is arranged in a position nearer to the blower than to the heat exchanger the blower is arranged on the downwind side of the heat exchanger , and the first refrigerant sensor is arranged on an upwind side of the blower. a casing in which an intake port is formed and a blow-off port is formed, and a heat exchanger and a blower housed in the casing, and configured so that the blower is caused to rotate while a flammable refrigerant flows to the heat exchanger during an operation, an air is taken into the casing from the intake port, a heat exchange is carried out between the flammable refrigerant and the intake air in the heat exchanger, and the heat-exchanged air is blown out from the blow-off port to an exterior of the casing, wherein the blower is arranged on the downwind side of the heat exchanger , characterized in that the blow-off port is formed in a top surface section, a first refrigerant sensor for detecting the flammable refrigerant is disposed on a downwind side of the heat exchanger inside the casing, the first refrigerant sensor is arranged in a position nearer to the blower than to the heat exchanger the blower is arranged on the downwind side of the heat exchanger , and the first refrigerant sensor is arranged on an upwind side of the blower.
A wireless communication method, the method comprising receiving (S210), by a terminal device, a first control channel, the first control channel corresponding to a first shared channel; and not monitoring (S220), by the terminal device, a control channel candidate at any time unit between a first time unit and a second time unit; wherein the first time unit is determined according to at least one of n, n+k and n+m, the second time unit is determined according to at least one of n, n+k and n+m; n denotes a time unit where the first control channel ends, n+k denotes a time unit where transmission of the first shared channel starts, and n+m denotes a time unit where the transmission of the first shared channel ends, characterised in that at least one first downlink time unit that overlaps wholly or partially with a time unit determined based on the at least one of n, n+k and n+m is comprised in a downlink timing of the terminal device, the at least one first downlink time unit comprising the first time unit. receiving (S210), by a terminal device, a first control channel, the first control channel corresponding to a first shared channel; and not monitoring (S220), by the terminal device, a control channel candidate at any time unit between a first time unit and a second time unit; wherein the first time unit is determined according to at least one of n, n+k and n+m, the second time unit is determined according to at least one of n, n+k and n+m; n denotes a time unit where the first control channel ends, n+k denotes a time unit where transmission of the first shared channel starts, and n+m denotes a time unit where the transmission of the first shared channel ends, characterised in that at least one first downlink time unit that overlaps wholly or partially with a time unit determined based on the at least one of n, n+k and n+m is comprised in a downlink timing of the terminal device, the at least one first downlink time unit comprising the first time unit.
A switch cabinet having a housing and a door which is pivotably secured thereto via at least one hinge , the door having a door leaf , wherein the door leaf has an aperture and a closing element which closes the aperture and is held in a closed position, counter to its mechanical pretension in the direction of its open position, by an electrically controllable locking element , characterized in that the pretension in the direction of the open position is provided, at least in a first partial movement section of the closing element from the closed position in the direction of the open position, by a redundant pretensioning device having at least two pretensioning elements which are designed independently of one another, and wherein one of the two redundant pretensioning elements is disengaged from the closing element and the other continues to be engaged with the closing element when the closing element is disposed outside the first partial movement section in a partially open position between the open position and the closed position.
A dispenser configured for use with a chain of rupturably connected elastic bands , each of the bands having an aperture therethrough, wherein the dispenser includes: a fixed convex surface over which the chain of bands is configured to be drawn in a direction from a first side of the surface to a second side of the surface ; and a stop element positioned proximate the second side of the surface , wherein the stop element is configured for insertion into the aperture of one of the elastic bands . a fixed convex surface over which the chain of bands is configured to be drawn in a direction from a first side of the surface to a second side of the surface ; and a stop element positioned proximate the second side of the surface , wherein the stop element is configured for insertion into the aperture of one of the elastic bands .
A ring for a rotor of an electric machine as a support for a retaining ring and for cooling coils of the rotor , the ring is connectable between the retaining ring and coils wound around a rotor , the ring is fabricated from a non-conductive material, whereas slots are formed in the outer face of the ring in the axial direction of the rotor , ventilation holes are designed in the ring to transport a cooling medium from the outside of the ring to the inside of the ring and to the coils or from the inside of the ring and from the coils to the outside of the ring , wherein the slots have the shape of wedges regarding the axial cross-section of the ring having a deeper cavity at the outer axial end than the cavity at the inner axial end .
A securing bridge , intended to be fastened to a structure to be secured, in particular to a structure of a load to be transported, the securing bridge comprising: - a screw for screwing said bridge into said structure to be secured; - a ring to pass a securing tackle therethrough; - a bracket for connecting said ring and said screw to each other, the securing bridge being characterised in that it further comprises: - a flange which comprises means for removably blocking said screw in rotation relative to said ring. - a screw for screwing said bridge into said structure to be secured; - a ring to pass a securing tackle therethrough; - a bracket for connecting said ring and said screw to each other, the securing bridge being characterised in that it further comprises: - a flange which comprises means for removably blocking said screw in rotation relative to said ring.