mhurhangee/ep-ind-claims huggingface dataset:
A three-dimensional image display device comprising: a three-dimensional content playback unit configured to output to two or more image buffers a plurality of stereoscopic images of three-dimensional content, including a first parallax image and a second parallax image, resulting from viewing an object in a virtual three-dimensional space from different viewpoints, the virtual three-dimensional space being defined such that a plane where there is no parallax between the first parallax image and the second parallax image coincides with a display screen of the display device displaying the image; an interrupt request receiving unit configured to receive an interrupt request requesting that a control menu be displayed; and a control menu output unit configured to overwrite, responsive to the acquisition of an interrupt request by the interrupt request receiving unit, a drawn image of an object in a three-dimensional space with an image of an object of the control menu drawn with parallax while moving the object of the control menu in the depth direction of the virtual three-dimensional space from a viewpoint that is nearer than the plane where there is no parallax between the first parallax image and the second parallax image, until the object reaches the plane, regardless of the relative positions of the object of the control menu and the object in the three-dimensional space. a three-dimensional content playback unit configured to output to two or more image buffers a plurality of stereoscopic images of three-dimensional content, including a first parallax image and a second parallax image, resulting from viewing an object in a virtual three-dimensional space from different viewpoints, the virtual three-dimensional space being defined such that a plane where there is no parallax between the first parallax image and the second parallax image coincides with a display screen of the display device displaying the image; an interrupt request receiving unit configured to receive an interrupt request requesting that a control menu be displayed; and a control menu output unit configured to overwrite, responsive to the acquisition of an interrupt request by the interrupt request receiving unit, a drawn image of an object in a three-dimensional space with an image of an object of the control menu drawn with parallax while moving the object of the control menu in the depth direction of the virtual three-dimensional space from a viewpoint that is nearer than the plane where there is no parallax between the first parallax image and the second parallax image, until the object reaches the plane, regardless of the relative positions of the object of the control menu and the object in the three-dimensional space.
Thermally insulated transfer line for a deep-cooled fluid, comprising a process line for conduction of the fluid, an insulation envelope lying radially outside the process line and running in the longitudinal direction of the process line, wherein an insulation space, for example a vacuum space, is formed between the process line and the insulation envelope, wherein a coupling element is provided at least at one end of the transfer line, preferably at both ends, for connecting the transfer line to a cryogenic tank, wherein the coupling element is configured such that the process line of the transfer line can be attached to a tank process line of the cryogenic tank such that a fluid-conductive connection can be created between the process line and the tank process line, wherein the coupling element comprises an end piece, wherein the insulation envelope of the transfer line transforms into the end piece, wherein the coupling element comprises a connecting sleeve, wherein the connecting sleeve is arranged concentrically to and radially on the outside of the end piece, and is attached, namely welded, to the end piece, wherein a sliding coupling sleeve is provided, which is configured to connect the connecting sleeve to the cryogenic tank, wherein the end piece, in an axial portion in which the end piece is surrounded by the connecting sleeve, is at least partially formed by a bellows wherein the connecting sleeve is welded to the end piece via a weld point of the connecting sleeve, wherein the weld point of the connecting sleeve is formed in the vicinity of the end of the connecting sleeve facing the insulation envelope, wherein the weld point of the connecting sleeve is formed on the end piece axially between the bellows and the insulation envelope. wherein the coupling element comprises a connecting sleeve, wherein the connecting sleeve is arranged concentrically to and radially on the outside of the end piece, and is attached, namely welded, to the end piece, wherein a sliding coupling sleeve is provided, which is configured to connect the connecting sleeve to the cryogenic tank, wherein the end piece, in an axial portion in which the end piece is surrounded by the connecting sleeve, is at least partially formed by a bellows wherein the connecting sleeve is welded to the end piece via a weld point of the connecting sleeve, wherein the weld point of the connecting sleeve is formed in the vicinity of the end of the connecting sleeve facing the insulation envelope, wherein the weld point of the connecting sleeve is formed on the end piece axially between the bellows and the insulation envelope.
Communication method of a cognitive radio, the method comprising selecting, from a memory including information on a plurality of channels, a channel which is determined free, for power measurement, characterized by measuring the received power from the selected channel; comparing the measured power and a power of the same channel saved in the memory; selecting the channel for detection if the power in the channel is within a predetermined range from the power saved in the memory; performing detection of the channel as a response to the selection for detection; selecting the channel for communication if the channel is detected unoccupied on the basis of detection; and communicating in the channel as a response to the selection for communication.
An apparatus comprising: a gas supply assembly adapted to supply a throttling gas to a contact zone; a cryogenic fluid supply assembly adapted to supply a cryogenic fluid to the contact zone; a nozzle located downstream from the contact zone and being in fluid communication with the contact zone, the nozzle being adapted to receive a resultant fluid from the contact zone and discharge the resultant fluid; a sensor adapted to measure a first temperature, the first temperature being a temperature of the resultant fluid or a temperature of a material onto which the discharge of the resultant fluid is directed; and a controller adapted to receive signals from the sensor; wherein the controller is programmed to maintain the first temperature within a first predetermined range of a set-point temperature by regulating a flow rate at which the throttling gas is supplied to the contact zone. a gas supply assembly adapted to supply a throttling gas to a contact zone; a cryogenic fluid supply assembly adapted to supply a cryogenic fluid to the contact zone; a nozzle located downstream from the contact zone and being in fluid communication with the contact zone, the nozzle being adapted to receive a resultant fluid from the contact zone and discharge the resultant fluid; a sensor adapted to measure a first temperature, the first temperature being a temperature of the resultant fluid or a temperature of a material onto which the discharge of the resultant fluid is directed; and a controller adapted to receive signals from the sensor; wherein the controller is programmed to maintain the first temperature within a first predetermined range of a set-point temperature by regulating a flow rate at which the throttling gas is supplied to the contact zone.
A tire comprising a tread portion, wherein the tread portion is provided with a block having a tread surface, the block has a block corner portion including a top portion protruding toward an outer side of the block, in a tread plan view, the block corner portion has a stepped chamfered portion formed therein in which a block height decreases stepwise from the tread surface toward the top portion, and the stepped chamfered portion includes a plurality of vertical surfaces extending in a block height direction, characterized in that the stepped chamfered portion further includes a plurality of upper surfaces substantially parallel to the tread surface, and a plurality of step corner portions each formed so as to protrude toward the outer side of the block as a result of the upper surface and the vertical surface or the vertical surface and the tread surface intersecting each other, wherein an angle (θ1) between the tread surface and a virtual straight line connecting the plurality of step corner portions in a vertical cross-sectional view, of the block corner portion, passing through the top portion is 10 to 40 degrees. the tread portion is provided with a block having a tread surface, the block has a block corner portion including a top portion protruding toward an outer side of the block, in a tread plan view, the block corner portion has a stepped chamfered portion formed therein in which a block height decreases stepwise from the tread surface toward the top portion, and the stepped chamfered portion includes a plurality of vertical surfaces extending in a block height direction, characterized in that the stepped chamfered portion further includes a plurality of upper surfaces substantially parallel to the tread surface, and a plurality of step corner portions each formed so as to protrude toward the outer side of the block as a result of the upper surface and the vertical surface or the vertical surface and the tread surface intersecting each other, wherein an angle (θ1) between the tread surface and a virtual straight line connecting the plurality of step corner portions in a vertical cross-sectional view, of the block corner portion, passing through the top portion is 10 to 40 degrees.
An aggregating network device comprising: a processor; and a memory storing machine-readable instructions to cause the processor to: determine that a station of a wireless network that includes the aggregating network device is using a media access control, MAC, address in layer 3 communications of the station based on information included in a packet received from the station; in response to the determination create a temporary address; and replace at least a portion of a host internet protocol, IP, address in the header of the packet with the temporary address to hide the full host IP address of the station to enforce privacy addressing of the station, wherein the packet comprises a packet in accordance with Internet Protocol version 6, IPv6; and wherein the instructions to determine that the station is using a MAC address in layer 3 communications of the station include instructions to: determine the presence of a 16-bit OxFFFE string in a host portion of the IP address; or determine that the first 24 bits, excluding the seventh bit, and the last 24 bits of the host portion of the IP address correspond to bits in a header of a layer 2 packet from the station. a processor; and a memory storing machine-readable instructions to cause the processor to: determine that a station of a wireless network that includes the aggregating network device is using a media access control, MAC, address in layer 3 communications of the station based on information included in a packet received from the station; in response to the determination create a temporary address; and replace at least a portion of a host internet protocol, IP, address in the header of the packet with the temporary address to hide the full host IP address of the station to enforce privacy addressing of the station, determine that a station of a wireless network that includes the aggregating network device is using a media access control, MAC, address in layer 3 communications of the station based on information included in a packet received from the station; in response to the determination create a temporary address; and replace at least a portion of a host internet protocol, IP, address in the header of the packet with the temporary address to hide the full host IP address of the station to enforce privacy addressing of the station, wherein the packet comprises a packet in accordance with Internet Protocol version 6, IPv6; and wherein the instructions to determine that the station is using a MAC address in layer 3 communications of the station include instructions to: determine the presence of a 16-bit OxFFFE string in a host portion of the IP address; or determine that the first 24 bits, excluding the seventh bit, and the last 24 bits of the host portion of the IP address correspond to bits in a header of a layer 2 packet from the station. determine the presence of a 16-bit OxFFFE string in a host portion of the IP address; or determine that the first 24 bits, excluding the seventh bit, and the last 24 bits of the host portion of the IP address correspond to bits in a header of a layer 2 packet from the station.
A process for producing a honeycomb structure which comprises a formation step of forming a honeycomb segment having an outer wall, partition walls provided inside the outer wall, and a large number of through-holes divided by the partition walls and extending in the axial direction of the segment, and a bonding step of bonding the honeycomb segments to produce the honeycomb structure, characterized in that the formation step comprises a firing step of firing a raw material containing a particulate substance S, the bonding step comprises a step of applying a bonding agent to form a bonding layer, on the outer wall and a step of bonding the resulting honeycomb segments into one piece,; wherein the step of applying a bonding agent to form a bonding layer comprises a step of applying, on the outer wall of the honeycomb segment, an intermediate layer agent to form at least one intermediate layer and a step of applying an adhesive to form at least one adhesive layer; wherein the intermediate layer agent contains a particulate substance A having an average particle diameter of 1/100 to 1/2 relative to the average particle diameter of the particulate substance S in the raw material for firing.
A gastrin receptor-targeting agent for use in treating osteoporosis in a subject in need thereof, wherein the gastrin receptor-targeting agent is YF476 and is for administration to the subject in at least one dose of a therapeutically effective amount.
A solar cell comprising a gallium-doped silicon substrate having a p-n junction formed therein, wherein the silicon substrate is provided with a silicon thermal oxide film at least on a first main surface of main surfaces of the silicon substrate, the first main surface being a main surface having a p-type region, and the silicon substrate is further doped with boron, wherein the silicon substrate has a boron concentration of 5×10 14 atoms/cm 3 or more and 1×10 16 atoms/cm 3 or less.
A handheld injection device comprising - a housing (10; 210; 410), - a piston rod (30; 230; 530), defining a first longitudinal axis and located within the housing (10; 210; 410), - a driver (40; 241, 242; 500) coupled to the piston rod (30; 230; 530), - a dose setting means (60, 70; 260, 280; 420, 440), which is rotatable about a second longitudinal axis during dose setting, wherein the first longitudinal axis is spaced from the second longitudinal axis, and - a power reservoir, characterized in that the device is spring driven, wherein the power reservoir in the form of a reverse wound flat spiral spring (90; 510) has a first end attached to a first spool (91; 520), which is located on the first longitudinal axis, and a second end attached to a second spool (92; 501), which is located on the second longitudinal axis, with one of the spools (92; 501) being coupled to the driver (40; 500), and wherein the driver (40; 241, 242; 500) comprises a drive sleeve (41, 42; 241; 501) which is rotatable about the second longitudinal axis and is coupled to the power reservoir (90; 290; 510). - a housing (10; 210; 410), - a piston rod (30; 230; 530), defining a first longitudinal axis and located within the housing (10; 210; 410), - a driver (40; 241, 242; 500) coupled to the piston rod (30; 230; 530), - a dose setting means (60, 70; 260, 280; 420, 440), which is rotatable about a second longitudinal axis during dose setting, wherein the first longitudinal axis is spaced from the second longitudinal axis, and - a power reservoir,
Medical device for insertion into soft tissue having a distal end and a proximal end, comprising: - a micro electrode; - a micro light source; - a stiffening element comprising one of: a) a material dissolvable or degradable in aqueous body fluid in an amount sufficient to make the stiffening element dissolve or collapse in contact with aqueous body fluid; b) a material swellable in aqueous body fluid to form a transparent gel; - a coat of a flexible non-conducting polymer material on the stiffening element suitable for electrical insulation comprising biocompatible types of polyurethane, polyurethane urea, polyimide, parylene, polymers including silicones or polyethylene therephthalate and preventing or at least delaying contact between the electrode and soft tissue upon collapse or swelling of the stiffening element, the coat having a distal opening allowing light emitted from the light source to leave the device upon said collapse or dissolution or swelling, - a base disposed at the rear end of the device. - a micro electrode; - a micro light source; - a stiffening element comprising one of: a) a material dissolvable or degradable in aqueous body fluid in an amount sufficient to make the stiffening element dissolve or collapse in contact with aqueous body fluid; b) a material swellable in aqueous body fluid to form a transparent gel; a) a material dissolvable or degradable in aqueous body fluid in an amount sufficient to make the stiffening element dissolve or collapse in contact with aqueous body fluid; b) a material swellable in aqueous body fluid to form a transparent gel; - a coat of a flexible non-conducting polymer material on the stiffening element suitable for electrical insulation comprising biocompatible types of polyurethane, polyurethane urea, polyimide, parylene, polymers including silicones or polyethylene therephthalate and preventing or at least delaying contact between the electrode and soft tissue upon collapse or swelling of the stiffening element, the coat having a distal opening allowing light emitted from the light source to leave the device upon said collapse or dissolution or swelling, - a base disposed at the rear end of the device.
A method for setting up a radio traffic channel exploiting CDMA-access scheme in a cellular radio network, said network shared between at least two operators, A and B, offering high bit rate services, meeting at least the 3G-standard, to at least one User Equipment, UE,, through at least one 3G-access node in a first cell, cell 1, comprising a Radio Network Controller, RNC, connected with a Base Station, BS,, said method characterised in that it comprises the following steps: a. dividing the total of the high bit rate traffic channel resources of said network into at least two operator specific parts, part 1 and part 2, said parts 1 and 2 not sharing any common traffic channel resources, b. specifically associating said operator A with said part 1 and operator B with said part 2, c. initiating said UE in said cell 1, d. associating said UE with said operator A, e. detecting a call set-up request for said UE, f. identifying an idle traffic channel, in form of a frequency, F1, in combination with a spreading code, C1, by searching among the traffic channel resources of said part 1 and identifying the idle traffic channel as being the traffic channel among said part 1 resources which is idle in a defined cluster of cells comprising at least said cell 1, g. allocating said identified idle traffic channel, F1, in combination with the spreading code C1, to said UE, and h. setting up a radio traffic channel between said UE and said BS by exploiting said allocated traffic channel resource, F1 in combination with the spreading code C1. a. dividing the total of the high bit rate traffic channel resources of said network into at least two operator specific parts, part 1 and part 2, said parts 1 and 2 not sharing any common traffic channel resources, b. specifically associating said operator A with said part 1 and operator B with said part 2, c. initiating said UE in said cell 1, d. associating said UE with said operator A, e. detecting a call set-up request for said UE, f. identifying an idle traffic channel, in form of a frequency, F1, in combination with a spreading code, C1, by searching among the traffic channel resources of said part 1 and identifying the idle traffic channel as being the traffic channel among said part 1 resources which is idle in a defined cluster of cells comprising at least said cell 1, g. allocating said identified idle traffic channel, F1, in combination with the spreading code C1, to said UE, and h. setting up a radio traffic channel between said UE and said BS by exploiting said allocated traffic channel resource, F1 in combination with the spreading code C1.
A printer (100; 100A; 100B; 100C; 100D; 100E), comprising: a frame that includes a frame back part; an arm that includes a rotation shaft and is supported by the frame to rotate around the rotation shaft relative to the frame; a platen roller that includes a bearing rotatably supported by the arm or the frame; a print head that is disposed between the frame back part and the platen roller and performs printing on recording sheet placed between the platen roller and the print head; and a first bias spring that is disposed between the frame back part and the print head and biases the print head toward the platen roller relative to the frame back part; wherein: the arm includes an arm opening whose edge comes into contact with the bearing on a first side that is across the bearing from a second side where the print head is provided; the frame includes a frame opening including a first edge that faces the bearing on the first side and a second edge that is in contact with the bearing on the second side; and the first edge of the frame opening extends parallel to a first line connecting the rotation shaft of the arm and a center of the bearing of the platen roller; characterised in that the edge of the arm opening that comes into contact with the bearing is on an extension line of the first line connecting the rotation shaft of the arm and the center of the bearing of the platen roller. a frame that includes a frame back part; an arm that includes a rotation shaft and is supported by the frame to rotate around the rotation shaft relative to the frame; a platen roller that includes a bearing rotatably supported by the arm or the frame; a print head that is disposed between the frame back part and the platen roller and performs printing on recording sheet placed between the platen roller and the print head; and a first bias spring that is disposed between the frame back part and the print head and biases the print head toward the platen roller relative to the frame back part; the arm includes an arm opening whose edge comes into contact with the bearing on a first side that is across the bearing from a second side where the print head is provided; the frame includes a frame opening including a first edge that faces the bearing on the first side and a second edge that is in contact with the bearing on the second side; and the first edge of the frame opening extends parallel to a first line connecting the rotation shaft of the arm and a center of the bearing of the platen roller; characterised in that the edge of the arm opening that comes into contact with the bearing is on an extension line of the first line connecting the rotation shaft of the arm and the center of the bearing of the platen roller.