mhurhangee/patent-ind-claim-en huggingface dataset:
Method of filling a liquid hydrogen tank , for example a mobile tank of a semitrailer, the method comprising a first stage of transfer of a first amount of liquid hydrogen into the tank from a first source of liquid hydrogen comprising a hydrogen liquefier , the first amount of liquid hydrogen being provided in order to lower the temperature and the pressure in the tank , the method comprising a second stage of transfer of a second amount of liquid hydrogen into the tank from a second source of liquid hydrogen comprising a liquid hydrogen storage facility , in which the first amount of liquid hydrogen is transferred directly from the hydrogen liquefier into the tank and the second amount of liquid hydrogen is transferred into the tank by pressure difference between the liquid hydrogen storage facility and the tank .
Bundle of gas cylinders comprising a frame in which at least one first gas cylinder is mounted, said frame comprising at least one housing configured to receive the second end of the first gas cylinder in order to maintain said first gas cylinder in the frame , the first gas cylinder for gas under pressure comprising a cylindrical body which comprises : - a first end which is opened and configured to be equipped with a valve and a manifold and, - a second end, positioned at the opposite of the first end, the second end being closed or open, the second end being a blocking and indexing member of the first gas cylinder, the said second end being configured to index angularly the first gas cylinder in the frame, when the said first gas cylinder is in a storing position in the frame, wherein said bundle of gas cylinders comprises at least a second gas cylinder , for gas under pressure comprising a cylindrical body which comprises : - a first end which is opened and configured to be equipped with a valve and a manifold and, - a second end, positioned at the opposite of the first end, the second end being closed or open the second end being a blocking and indexing member of the second gas cylinder, the said second end being configured to index angularly the second gas cylinder in the frame, when the said second gas cylinder is in a storing position in the frame, the second gas cylinder being mounted in the frame via its second end which is received in a second housing of the frame , the first gas cylinder and the second gas cylinder being maintained in the frame without contact with each other, wherein each housing is spaced from each other, wherein each housing is configured to cooperate by form complementarity with a second end of each gas cylinder . - a first end which is opened and configured to be equipped with a valve and a manifold and, - a second end, positioned at the opposite of the first end, the second end being closed or open, - a first end which is opened and configured to be equipped with a valve and a manifold and, - a second end, positioned at the opposite of the first end, the second end being closed or open
An evolved node B, eNB, comprising: processing circuitry to generate a control signal; and transceiver circuitry , coupled with the processing circuitry , to send an radio resource control, RRC, signal based at least in part on the control signal to a User Equipment, UE, , the eNB processing circuitry is adapted to: configure a set of allowed k values to select a subset of a predefined set of device-to-device, D2D, time resource pattern bitmaps, wherein: individual D2D time resource pattern bitmaps of the predefined set of D2D time resource pattern bitmaps are to indicate subframes of a communication frame that allow D2D communications; a one in a bitmap of the predefined set of D2D time resource pattern bitmaps corresponds to a subframe allowed for transmission by a transmitting UE; a zero in the bitmap correspondings to a subframe that cannot be used for transmission by the transmitting UE; and k indicates a number of subframes allowed for transmission; and the control signal has information corresponding to the set of allowed k values. processing circuitry to generate a control signal; and transceiver circuitry , coupled with the processing circuitry , to send an radio resource control, RRC, signal based at least in part on the control signal to a User Equipment, UE, , the eNB processing circuitry is adapted to: configure a set of allowed k values to select a subset of a predefined set of device-to-device, D2D, time resource pattern bitmaps, wherein: individual D2D time resource pattern bitmaps of the predefined set of D2D time resource pattern bitmaps are to indicate subframes of a communication frame that allow D2D communications; a one in a bitmap of the predefined set of D2D time resource pattern bitmaps corresponds to a subframe allowed for transmission by a transmitting UE; a zero in the bitmap correspondings to a subframe that cannot be used for transmission by the transmitting UE; and k indicates a number of subframes allowed for transmission; and the control signal has information corresponding to the set of allowed k values. configure a set of allowed k values to select a subset of a predefined set of device-to-device, D2D, time resource pattern bitmaps, wherein: individual D2D time resource pattern bitmaps of the predefined set of D2D time resource pattern bitmaps are to indicate subframes of a communication frame that allow D2D communications; a one in a bitmap of the predefined set of D2D time resource pattern bitmaps corresponds to a subframe allowed for transmission by a transmitting UE; a zero in the bitmap correspondings to a subframe that cannot be used for transmission by the transmitting UE; and k indicates a number of subframes allowed for transmission; and the control signal has information corresponding to the set of allowed k values.
Method for producing hardened steel components, wherein a blank is cut from a galvanized strip made of a hardenable steel alloy, and the blanks are subsequently cold-formed into a component blank and then heated to a temperature that causes a structural change to austenite, wherein the austenitized component blank is then fed to a shaping and hardening tool, in which the component blank is held in a form-fitting manner by means of an upper and lower tool that have a shape that substantially corresponds to the component blank, wherein by placing the material of the component blank against the particularly cooled tools, the heat is extracted from the steel material so quickly that martensitic hardening takes place, characterized in that , after the metal strip has been galvanized and before the temperature increase for the purpose of austenitization, tin is applied to the surface of the strip or the blank or the component blank.
A method for multiplexing uplink grant resources, comprising: determining (S110), by a network device, control information, wherein the control information comprises uplink grant resources information and multiplexing manner information, wherein, the uplink grant resources information is used for indicating uplink grant resources configured by the network device for a terminal device, the multiplexing manner information is used for indicating a logical channel multiplexing manner of remaining uplink grant resources, wherein the remaining uplink grant resources are uplink grant resources in the uplink grant resources except a part of uplink grant resources used for carrying data in one or more logical channels corresponding to the uplink grant resources; and transmitting (S120), by the network device, the control information to the terminal device. determining (S110), by a network device, control information, wherein the control information comprises uplink grant resources information and multiplexing manner information, wherein, the uplink grant resources information is used for indicating uplink grant resources configured by the network device for a terminal device, the multiplexing manner information is used for indicating a logical channel multiplexing manner of remaining uplink grant resources, wherein the remaining uplink grant resources are uplink grant resources in the uplink grant resources except a part of uplink grant resources used for carrying data in one or more logical channels corresponding to the uplink grant resources; and transmitting (S120), by the network device, the control information to the terminal device.
A mixer system comprising a sealed tube provided with inlets and outlets for a process fluid said tube being rotatable in reciprocating arcs around the longitudinal axis of the tube containing a mixing element comprising one or more blades mounted at each end on a blade carrier and said blade carrier is supported within the tube in a manner that allows the one or more blades to rotate in the same direction and angular velocity - in degrees per second - as the tube rotates in arcs characterized in that the blade carriers are located at each end of the tube and supported by the tube or a tube end flange and are mounted so that the blades are not touching the tube walls.
An X-ray reflectometer comprising: a focused X-ray beam formation unit having an X-ray source configured to emit X-rays , a focusing device configured to focus the X-rays from the X-ray source , and a slit configured to limit a focusing angle width of the X-rays focused by the focusing device , to form a focused X-ray beam ; a sample height setting unit having a sample table allowing a sample to be placed thereon, and configured to move the sample table in a height direction to set a height of a sample surface thereof; a position sensitive detector having a plurality of detection elements arranged in the height direction and configured to, for a reflected X-ray beam obtained by the focused X-ray beam being reflected by the sample , detect each intensity of reflected X-rays constituting the reflected X-ray beam and having each individual reflection angle, by corresponding each detection element ; characterized in an irradiation angle variable unit configured to vary an irradiation angle (θ) of the focused X-ray beam with the sample surface ; a reflection intensity calculation unit configured to, per reflection angle of the reflected X-rays constituting the reflected X-ray beam , integrate the detected intensity by the corresponding detection element , for only the detection elements positioned within a divergence angle width in height direction of the reflected X-ray beam in the position sensitive detector , in synchronization of variation in the irradiation angle (θ) of the focused X-ray beam by the irradiation angle variable unit . a focused X-ray beam formation unit having an X-ray source configured to emit X-rays , a focusing device configured to focus the X-rays from the X-ray source , and a slit configured to limit a focusing angle width of the X-rays focused by the focusing device , to form a focused X-ray beam ; a sample height setting unit having a sample table allowing a sample to be placed thereon, and configured to move the sample table in a height direction to set a height of a sample surface thereof; a position sensitive detector having a plurality of detection elements arranged in the height direction and configured to, for a reflected X-ray beam obtained by the focused X-ray beam being reflected by the sample , detect each intensity of reflected X-rays constituting the reflected X-ray beam and having each individual reflection angle, by corresponding each detection element ; characterized in an irradiation angle variable unit configured to vary an irradiation angle (θ) of the focused X-ray beam with the sample surface ; a reflection intensity calculation unit configured to, per reflection angle of the reflected X-rays constituting the reflected X-ray beam , integrate the detected intensity by the corresponding detection element , for only the detection elements positioned within a divergence angle width in height direction of the reflected X-ray beam in the position sensitive detector , in synchronization of variation in the irradiation angle (θ) of the focused X-ray beam by the irradiation angle variable unit .
A computer-implemented migration service method for software modules , the method comprising: detecting a security flaw in a first environment in which the software modules are running by detecting security issues related to the software modules running on the first environment in a subscribed mailing list, on a web page, in a database or a web forum; when a security flaw is detected, identifying the software modules which are sensitive to the security flaw based on a pre-determined or calculated sensitivity rating; and migrating the identified software modules from the first environment to a second environment. detecting a security flaw in a first environment in which the software modules are running by detecting security issues related to the software modules running on the first environment in a subscribed mailing list, on a web page, in a database or a web forum; when a security flaw is detected, identifying the software modules which are sensitive to the security flaw based on a pre-determined or calculated sensitivity rating; and migrating the identified software modules from the first environment to a second environment.
A display structure comprising: a plurality of pixels arranged in pixel rows , each two neighboring pixel rows having an inter-pixel spacing therebetween; a feeding line configured to deliver a first electrical signal to the pixel rows , the feeding line being located in the inter-pixel spacing ; and an antenna comprising: a slotted waveguide located in the inter-pixel spacing , the slotted waveguide defining a plurality of slots configured to radiate electromagnetic waves; and a substrate attached to the slotted waveguide and located between the feeding line and the slotted waveguide , the substrate being configured to deliver a second electrical signal to the slotted waveguide via a feeding structure, including a feeding electrical circuit. a plurality of pixels arranged in pixel rows , each two neighboring pixel rows having an inter-pixel spacing therebetween; a feeding line configured to deliver a first electrical signal to the pixel rows , the feeding line being located in the inter-pixel spacing ; and an antenna comprising: a slotted waveguide located in the inter-pixel spacing , the slotted waveguide defining a plurality of slots configured to radiate electromagnetic waves; and a substrate attached to the slotted waveguide and located between the feeding line and the slotted waveguide , the substrate being configured to deliver a second electrical signal to the slotted waveguide via a feeding structure, including a feeding electrical circuit. a slotted waveguide located in the inter-pixel spacing , the slotted waveguide defining a plurality of slots configured to radiate electromagnetic waves; and a substrate attached to the slotted waveguide and located between the feeding line and the slotted waveguide , the substrate being configured to deliver a second electrical signal to the slotted waveguide via a feeding structure, including a feeding electrical circuit.
A sensor insertion device for inserting into a patient's body a sensor for measuring biological information, the sensor insertion device comprising: a cylindrical sheath having a lower end opening and an upper end opening ; a cylindrical handle configured to slidably cover an outer peripheral surface of the sheath and to slide up and down in an axial direction of the cylindrical sheath ; an operating body that is provided in the handle and configured to move up and down integrally with the handle ; a carrier that is provided below the operating body ; a guide needle holder that is provided at a lower end of the carrier , and configured to detachably hold a guide needle that is inserted into the patient's body at a specific insertion position for guiding the sensor in an insertion direction; and an arm that is supported rotatably around a rotation shaft fixed to the cylindrical sheath , wherein the arm has an outer end portion disposed on an outer peripheral surface side of the sheath , and an inner end portion disposed on an inner peripheral surface side of the sheath , the handle has an arm operation surface that abuts on the outer end portion of the arm , the carrier has an arm receiver that abuts on the inner end portion of the arm , and the operating body is formed in a cylindrical shape, characterised in that the carrier further has a cylindrical receiver that abuts on the operating body , and the receiver has an abutting protrusion that is provided to a portion that abuts on the operating body , wherein the receiver has a bending portion that is configured to bend inward, and the bending portion has the abutting protrusion . a cylindrical sheath having a lower end opening and an upper end opening ; a cylindrical handle configured to slidably cover an outer peripheral surface of the sheath and to slide up and down in an axial direction of the cylindrical sheath ; an operating body that is provided in the handle and configured to move up and down integrally with the handle ; a carrier that is provided below the operating body ; a guide needle holder that is provided at a lower end of the carrier , and configured to detachably hold a guide needle that is inserted into the patient's body at a specific insertion position for guiding the sensor in an insertion direction; and an arm that is supported rotatably around a rotation shaft fixed to the cylindrical sheath , wherein the arm has an outer end portion disposed on an outer peripheral surface side of the sheath , and an inner end portion disposed on an inner peripheral surface side of the sheath , the handle has an arm operation surface that abuts on the outer end portion of the arm , the carrier has an arm receiver that abuts on the inner end portion of the arm , and the operating body is formed in a cylindrical shape, characterised in that the carrier further has a cylindrical receiver that abuts on the operating body , and the receiver has an abutting protrusion that is provided to a portion that abuts on the operating body , wherein the receiver has a bending portion that is configured to bend inward, and the bending portion has the abutting protrusion .
A computer program product for facilitating processing within a computing environment , the computer program product comprising: a computer readable storage medium readable by a processing circuit and storing instructions for performing a method comprising: obtaining an instruction to perform a sort operation, the instruction being a single architected machine instruction of an instruction set architecture ; and executing , by an enhanced-sort facility of a general-purpose processor of the computing environment, the instruction, the executing comprising: sorting a plurality of input lists to obtain one or more sorted output lists; and providing as output the one or more sorted output lists, and characterized in that each of the plurality of input lists comprises a set of records, each record comprising a data part and a key part, and the one or more sorted output lists are generated by sorting the records of the input lists in ascending or descending order according to the value of their keys, and a sort-order parameter. obtaining an instruction to perform a sort operation, the instruction being a single architected machine instruction of an instruction set architecture ; and executing , by an enhanced-sort facility of a general-purpose processor of the computing environment, the instruction, the executing comprising: sorting a plurality of input lists to obtain one or more sorted output lists; and providing as output the one or more sorted output lists, and characterized in that each of the plurality of input lists comprises a set of records, each record comprising a data part and a key part, and the one or more sorted output lists are generated by sorting the records of the input lists in ascending or descending order according to the value of their keys, and a sort-order parameter. sorting a plurality of input lists to obtain one or more sorted output lists; and providing as output the one or more sorted output lists, and characterized in that each of the plurality of input lists comprises a set of records, each record comprising a data part and a key part, and the one or more sorted output lists are generated by sorting the records of the input lists in ascending or descending order according to the value of their keys, and a sort-order parameter.
A mounting enclosure assembly configured to mount electronic components onto a DIN rail , the mounting enclosure assembly comprising: a mounting bracket including a body ; a heat sink secured to the mounting bracket, the heat sink including a mounting configuration configured to secure the heat sink and the mounting bracket to the DIN rail, the heat sink further including a plurality of elongate slots configured to receive an edge of the electronic component therein; and a thermal bonding material disposed within the slots to secure the electronic component to the body of the mounting bracket within the slot, characterized in that the thermal bonding material includes one of a flexible sheet that is wrapped along the edge of the electronic component and a thermal compound paste that is disposed within the slot prior to inserting the edge of the electronic component into the slot. a mounting bracket including a body ; a heat sink secured to the mounting bracket, the heat sink including a mounting configuration configured to secure the heat sink and the mounting bracket to the DIN rail, the heat sink further including a plurality of elongate slots configured to receive an edge of the electronic component therein; and a thermal bonding material disposed within the slots to secure the electronic component to the body of the mounting bracket within the slot, characterized in that the thermal bonding material includes one of a flexible sheet that is wrapped along the edge of the electronic component and a thermal compound paste that is disposed within the slot prior to inserting the edge of the electronic component into the slot.