mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle display device , comprising: an image display unit including a display screen capable of displaying an image; an image generating unit configured to generate the image displayed by the image display unit ; a viewpoint position acquiring unit configured to acquire a position of a viewpoint of a user who sits on a driver's seat of a vehicle ; and a projecting unit configured to project the image onto a light transmitting member of the vehicle so that, when the image is reflected on the light transmitting member of the vehicle , the user who sits on the driver's seat can visually recognize a virtual image , wherein characterized in that the image generating unit determines a usage region to be used to display the image, the usage region being a part of the display screen of the image display unit , in accordance with the position of the viewpoint of the user acquired by the viewpoint position acquiring unit , wherein the image generating unit determines a position of a reference usage region in a direction corresponding to a vertical direction and a length of the reference usage region in the direction corresponding to the vertical direction in accordance with a reference position of the viewpoint of the user in the vertical direction acquired by the viewpoint position acquiring unit . an image display unit including a display screen capable of displaying an image; an image generating unit configured to generate the image displayed by the image display unit ; a viewpoint position acquiring unit configured to acquire a position of a viewpoint of a user who sits on a driver's seat of a vehicle ; and a projecting unit configured to project the image onto a light transmitting member of the vehicle so that, when the image is reflected on the light transmitting member of the vehicle , the user who sits on the driver's seat can visually recognize a virtual image , wherein characterized in that the image generating unit determines a usage region to be used to display the image, the usage region being a part of the display screen of the image display unit , in accordance with the position of the viewpoint of the user acquired by the viewpoint position acquiring unit , wherein the image generating unit determines a position of a reference usage region in a direction corresponding to a vertical direction and a length of the reference usage region in the direction corresponding to the vertical direction in accordance with a reference position of the viewpoint of the user in the vertical direction acquired by the viewpoint position acquiring unit .
A scope system , comprising: a processor ; and a scope device , comprising: a handle configured to remain outside of the body; and an elongated shaft extending from the handle to a distal tip and including a working channel extending therethrough, the working channel being open at the distal tip of the shaft , the shaft being configured to be inserted through a bodily lumen to a target surgical site, the shaft including at least one sensor configured to transmit to the processor sensor data relating to the target surgical site, wherein the at least one sensor includes a capacitive sensor configured to measure external forces exerted on tissue by the shaft , the capacitive sensor being positioned on an outer circumference of the shaft and including a wire that extends through the shaft to connect to the processor . a processor ; and a scope device , comprising: a handle configured to remain outside of the body; and an elongated shaft extending from the handle to a distal tip and including a working channel extending therethrough, the working channel being open at the distal tip of the shaft , the shaft being configured to be inserted through a bodily lumen to a target surgical site, the shaft including at least one sensor configured to transmit to the processor sensor data relating to the target surgical site, wherein the at least one sensor includes a capacitive sensor configured to measure external forces exerted on tissue by the shaft , the capacitive sensor being positioned on an outer circumference of the shaft and including a wire that extends through the shaft to connect to the processor . a handle configured to remain outside of the body; and an elongated shaft extending from the handle to a distal tip and including a working channel extending therethrough, the working channel being open at the distal tip of the shaft , the shaft being configured to be inserted through a bodily lumen to a target surgical site, the shaft including at least one sensor configured to transmit to the processor sensor data relating to the target surgical site, wherein the at least one sensor includes a capacitive sensor configured to measure external forces exerted on tissue by the shaft , the capacitive sensor being positioned on an outer circumference of the shaft and including a wire that extends through the shaft to connect to the processor .
A vehicle comprising: a first rotatable frame comprising a first wheel assembly and a second wheel assembly ; a second rotatable frame comprising a third wheel assembly and a fourth wheel assembly ; a base frame configured to support a weight-bearing load; characterized in that the vehicle further comprises an axle member which engages the first rotatable frame , the second rotatable frame , and the base frame , wherein the first rotatable frame is rotatable about the axle member relative to the base frame and independent of the second rotatable frame , and the second rotatable frame is rotatable about the axle member relative to the base frame and independent of the first rotatable frame . a first rotatable frame comprising a first wheel assembly and a second wheel assembly ; a second rotatable frame comprising a third wheel assembly and a fourth wheel assembly ; a base frame configured to support a weight-bearing load; characterized in that the vehicle further comprises an axle member which engages the first rotatable frame , the second rotatable frame , and the base frame , wherein the first rotatable frame is rotatable about the axle member relative to the base frame and independent of the second rotatable frame , and the second rotatable frame is rotatable about the axle member relative to the base frame and independent of the first rotatable frame .
A method for cleaning and/or sanitization of a chromatography matrix in a packed bed chromatography column, comprising the steps of: a) providing an axial chromatography column comprising a consolidated bed of separation matrix particles, said consolidated bed being confined between a bottom support net and a movable top adaptor; b) raising the adaptor by at least 10% of the height of the consolidated bed; c) flowing a cleaning liquid upwards through the bed under conditions sufficient to liquefy the bed, and; d) repacking the matrix particles of the liquefied bed by flowing a packing fluid downwards through the column to create a consolidated bed and lowering the adaptor such that it contacts the packed bed and optionally compresses it. a) providing an axial chromatography column comprising a consolidated bed of separation matrix particles, said consolidated bed being confined between a bottom support net and a movable top adaptor; b) raising the adaptor by at least 10% of the height of the consolidated bed; c) flowing a cleaning liquid upwards through the bed under conditions sufficient to liquefy the bed, and; d) repacking the matrix particles of the liquefied bed by flowing a packing fluid downwards through the column to create a consolidated bed and lowering the adaptor such that it contacts the packed bed and optionally compresses it.
Method for connecting at least one connection piece made of a textile material to a document sheet storing information, wherein the textile material of the at least one connection piece is different from the sheet material forming the document sheet , wherein the document sheet can be connected to a document body by means of the at least one connection piece , compromising the following method steps: a) the overlapping arrangement of the at least one connection piece and of the document sheet , so that an overlapping region of the at least one connecting piece is formed with the document sheet , and b) fusing of the at least one connection piece and the document sheet in the overlapping region , characterised in that the fusing is carried out by means of a method which introduces sound waves into the overlapping region with a sonotrode , of which the working surface comprises raised regions , which form flattened areas parallel to the main plane of the working surface .
Insulated façade composite comprising an insulating material layer attached to a supporting wall or a substructure and having an external plaster provided with a reinforcement fabric , which comprises at least an opening which is already present or provided in the insulating material layer , the reinforcement fabric and the external plaster , with an aperture facing toward the supporting wall and an aperture facing away from the supporting wall , through which a load receiving means , for example a tie bolt, a bolt, a threaded rod or the like is passed through and whose end facing toward the supporting wall is anchored in a locating hole of the supporting wall by fastening means, characterized in that the insulating material , on its inner surface belonging to the inner area of the opening , is connected in the form of a material bond to a first portion of a reinforcement fabric blank cut facing toward the supporting wall by an adhesive joint , and that a second portion of the blank cut facing away from the supporting wall is divided into reinforcement fabric strips which are arranged, in the plane of the external plaster , in a star-shaped manner across the corner about the edge area of the facing-away aperture of the opening and are connected to the external plaster or its reinforcement fabric by means of an adhesive connection .
A saliva ejector comprising: a first and second generally planar, ovate shaped, plates having distal ends, proximal ends, an inner face , an outer face , and identically shaped, perimeter edges ; a suction connection tube disposed between said plates and residing adjacent to said proximal ends, said connection tube having a vacuum connection end and a saliva inlet end ; a series of embossings formed thereon said inner faces so as to form a series of saliva flow channels between said plates when said planar plates are conjoined and positioned in a spaced, parallel, mirror imaged configuration with said embossings there between; a hinge operatively connected between said proximal ends of said plates , the plates thusly being hingedly connected, the saliva ejector being characterized in that said first plate is smaller than said second plate , creating a step down in the perimeter edges of the plates when the latter are positioned in said spaced, parallel, mirror imaged configuration. a first and second generally planar, ovate shaped, plates having distal ends, proximal ends, an inner face , an outer face , and identically shaped, perimeter edges ; a suction connection tube disposed between said plates and residing adjacent to said proximal ends, said connection tube having a vacuum connection end and a saliva inlet end ; a series of embossings formed thereon said inner faces so as to form a series of saliva flow channels between said plates when said planar plates are conjoined and positioned in a spaced, parallel, mirror imaged configuration with said embossings there between; a hinge operatively connected between said proximal ends of said plates , the plates thusly being hingedly connected, the saliva ejector being characterized in that said first plate is smaller than said second plate , creating a step down in the perimeter edges of the plates when the latter are positioned in said spaced, parallel, mirror imaged configuration.
A communication device (3-1) for a long term evolution, LTE, communication system, the communication device (3-1) comprising: a controller and a transceiver , wherein the controller is configured to control the communication device (3-1) to: establish and engage in Voice over LTE, VoLTE, communication via a communication connection with a base station ; obtain information indicating at least one criterion for determining whether VoLTE communication via the communication connection with the base station can be sustained; perform signal measurements for signals received from the base station ; and determine whether VoLTE communication via the communication connection with the base station can be sustained based on whether or not the signal measurements meet the at least one criterion, wherein the determination of whether or not the signal measurements meet the at least one criterion is based on a comparison of said signal measurements with at least one threshold, the controller is further configured to control the communication device (3-1) to receive assistance information to assist with selection of and/or connection to at least one non-LTE radio access technology, RAT, for establishing a voice call, the assistance information, in case of a target RAT is a Wireless Local Area Network, WLAN, includes information that allows the communication device (3-1) to skip authentication in the WLAN security, and when moving from a network to the WLAN, the same credentials as used in the network and included in the assistance information are used to skip the authentication and connect to the WLAN. a controller and a transceiver , wherein the controller is configured to control the communication device (3-1) to: establish and engage in Voice over LTE, VoLTE, communication via a communication connection with a base station ; obtain information indicating at least one criterion for determining whether VoLTE communication via the communication connection with the base station can be sustained; perform signal measurements for signals received from the base station ; and determine whether VoLTE communication via the communication connection with the base station can be sustained based on whether or not the signal measurements meet the at least one criterion, wherein the determination of whether or not the signal measurements meet the at least one criterion is based on a comparison of said signal measurements with at least one threshold, the controller is further configured to control the communication device (3-1) to receive assistance information to assist with selection of and/or connection to at least one non-LTE radio access technology, RAT, for establishing a voice call, the assistance information, in case of a target RAT is a Wireless Local Area Network, WLAN, includes information that allows the communication device (3-1) to skip authentication in the WLAN security, and when moving from a network to the WLAN, the same credentials as used in the network and included in the assistance information are used to skip the authentication and connect to the WLAN.
An integrated photonic device comprising: - an image detector comprising an array of pixels, - an integrated waveguide , and - a light coupler comprising a light receiving part optically coupled to said integrated waveguide for receiving a light signal, wherein said light coupler is adapted for coupling a same predetermined spectral band of said light signal to each of a plurality of pixels of said image detector , wherein said light coupler comprises an end part at an end of the light coupler opposite of the light receiving part , such that said direction of propagation extends from the light receiving part to the end part , characterized in that said light coupler comprises a tapered portion in which the light coupler tapers outward in a direction of propagation, the width of the light coupler increasing from the light receiving part toward the end part, and said end part further comprising an elliptically shaped back reflector for reflecting light propagating along the direction of propagation back through the light coupler toward the integrated waveguide . - an image detector comprising an array of pixels, - an integrated waveguide , and - a light coupler comprising a light receiving part optically coupled to said integrated waveguide for receiving a light signal, wherein said light coupler is adapted for coupling a same predetermined spectral band of said light signal to each of a plurality of pixels of said image detector , wherein said light coupler comprises an end part at an end of the light coupler opposite of the light receiving part , such that said direction of propagation extends from the light receiving part to the end part , characterized in that said light coupler comprises a tapered portion in which the light coupler tapers outward in a direction of propagation, the width of the light coupler increasing from the light receiving part toward the end part, and said end part further comprising an elliptically shaped back reflector for reflecting light propagating along the direction of propagation back through the light coupler toward the integrated waveguide .
Substrate comprising at least, preferably consisting of, a single-crystalline silicon region having a thickness (e) between two opposite faces, characterized in that said region has, in a vertical cross-section plan (P), a hydrogen rich zone which extends from at least a surface of one of the two opposite faces, in the vertical direction over at least 50 % of the thickness (e) of said single crystalline region, and in which the average dislocation density is greater than or equal to 10 3 cm -2 , and characterized in that a part of the surface of one of the two opposite faces of the said region facing to the hydrogen rich zone comprises strain high areas (35a; 35b) separated by a strain low area , the distance (L 20 ) between two successive strain high areas being comprised between 5 μm and 50% of said thickness (e) of said single crystalline silicon region, a "hydrogen rich zone" being a zone extending from the single crystalline silicon region external surface throughout at least 50% the thickness of said region, and comprising an average hydrogen concentration at least 1.5 times greater than the average hydrogen concentration of a neighboring zone.
A security document comprising a laminate data sheet attached to a flexible hinge which is attached to a binding of the security document and exhibits personalization data for authenticating the laminate data sheet, wherein: (a) the flexible hinge has a metalized surface, wherein a portion of the flexible hinge encased within the laminate data sheet extends from a side of the laminate data sheet and binds with one or more other sheets at the binding, the metalized surface of the flexible hinge having a visible portion proximate to the laminate data sheet of the security document; characterised in that the flexible hinge is encased within the laminate data sheet and in that the security document further comprises (b) personalization data etched on the visible portion of the metalized surface of the flexible hingewhich matches personalization data of the laminate data sheet. (a) the flexible hinge has a metalized surface, wherein a portion of the flexible hinge encased within the laminate data sheet extends from a side of the laminate data sheet and binds with one or more other sheets at the binding, the metalized surface of the flexible hinge having a visible portion proximate to the laminate data sheet of the security document; characterised in that the flexible hinge is encased within the laminate data sheet and in that the security document further comprises (b) personalization data etched on the visible portion of the metalized surface of the flexible hingewhich matches personalization data of the laminate data sheet.
A tire tread having an arrangement of studs inserted into a tread portion of said tire tread, the arrangement comprising at least one or a first plurality of first studs protruding from the unworn tread portion for contacting a road surface and at least one or a second plurality of second studs embedded or inserted in the tread portion , wherein the at least one or the second plurality of second studs is embedded or inserted in the tread portion such that the radially outermost surfaces of the second studs are recessed in the radial direction of the tire tread or the tire versus the radially outermost surfaces of the first studs and/or such that only the at least one or only the first plurality of first studs protrude from the unworn tread portion , characterized in that (i) the first studs have radially outermost flat tip ends and the second studs have radially outermost spherical tip ends , or wherein the first studs have radially outermost spherical tip ends and the second studs have radially outermost flat tip ends ; and/or (ii) the first plurality of first studs and the second plurality of second studs have a differing construction. (i) the first studs have radially outermost flat tip ends and the second studs have radially outermost spherical tip ends , or wherein the first studs have radially outermost spherical tip ends and the second studs have radially outermost flat tip ends ; and/or (ii) the first plurality of first studs and the second plurality of second studs have a differing construction.
A data backup method, the method comprising: receiving , by a second node, backup data transmitted by a first node according to a first cycle, wherein the first node and the second node are cooperation nodes to each other; and deleting , by the second node, backup data of the first node locally stored in the second node according to a request of the first node; characterized in that the method operates on a network architecture comprising the data platform and multiple nodes, including the first and second node; and wherein the first node and the second node are different nodes on the network architecture. receiving , by a second node, backup data transmitted by a first node according to a first cycle, wherein the first node and the second node are cooperation nodes to each other; and deleting , by the second node, backup data of the first node locally stored in the second node according to a request of the first node; characterized in that the method operates on a network architecture comprising the data platform and multiple nodes, including the first and second node; and wherein the first node and the second node are different nodes on the network architecture.
A tire comprising a tread part , wherein the tread part is composed of a rubber composition comprising a rubber component, wherein the tire weight is defined as W, in kg, and W is a weight of a single tire, not including a weight of a rim, wherein, when a noise-suppressing material, a sealant, a sensor, and the like are attached to a tire lumen, W is a value including these weights, and the tire volume measured at the internal pressure of 600 kPa when no load is applied is defined as V, in m 3 , characterized in that tan δ at 70°C of the rubber composition is 0.08 or less, wherein the tan δ at 70°C is the loss tangent measured under a condition of a temperature at 70°C, a frequency of 10 Hz, an initial strain of 10%, and a dynamic strain of ±1%, and W/V is 210 or less, preferably 200 or less, more preferably 190 or less. wherein the tread part is composed of a rubber composition comprising a rubber component, wherein the tire weight is defined as W, in kg, and W is a weight of a single tire, not including a weight of a rim, wherein, when a noise-suppressing material, a sealant, a sensor, and the like are attached to a tire lumen, W is a value including these weights, and the tire volume measured at the internal pressure of 600 kPa when no load is applied is defined as V, in m 3 , characterized in that tan δ at 70°C of the rubber composition is 0.08 or less, wherein the tan δ at 70°C is the loss tangent measured under a condition of a temperature at 70°C, a frequency of 10 Hz, an initial strain of 10%, and a dynamic strain of ±1%, and W/V is 210 or less, preferably 200 or less, more preferably 190 or less.