mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing an RFID tag, comprising: - forming a base sheet member that includes a first sheet member (11, 311, 401) in a belt-like form and unit base substrates (22, 322, 404) on the first sheet member (11, 311, 401), each of the unit base substrates being formed with a conductive pattern (24, 313, 403) functioning as an antenna and having a non-contact communication-type circuit chip (21, 312, 402) mounted thereon which is connected to the conductive pattern, the unit base substrates (22, 322, 404) being fixedly attached to the first sheet member (11, 311, 401) with predetermined spaces along a direction of length of the first sheet member; - laminating a second sheet member (12, 330) and a third sheet member (13, 301b) each in a belt-like form and having elastic properties, one upon another, in a state where reinforcing members (23, 302) for reinforcing the circuit chips (21, 312, 402) are arranged between the second sheet member (12, 330) and the third sheet member (13, 301b) at the same space intervals as the space intervals at which the circuit chips (21, 312, 402) are arranged, thereby forming an upper-layer sheet member (14, 206a), and laminating the upper-layer sheet member on a side of the base sheet member formed by said forming where each unit base substrate (22, 322, 404) is laminated, in a state where each circuit chip (21, 312, 402) and each reinforcing member (23, 302) overlap upon each other in plan view of the sheet members; and - cutting out regions each region including one of the unit base substrates sequentially from a sheet laminate formed by said laminating. - forming a base sheet member that includes a first sheet member (11, 311, 401) in a belt-like form and unit base substrates (22, 322, 404) on the first sheet member (11, 311, 401), each of the unit base substrates being formed with a conductive pattern (24, 313, 403) functioning as an antenna and having a non-contact communication-type circuit chip (21, 312, 402) mounted thereon which is connected to the conductive pattern, the unit base substrates (22, 322, 404) being fixedly attached to the first sheet member (11, 311, 401) with predetermined spaces along a direction of length of the first sheet member; - laminating a second sheet member (12, 330) and a third sheet member (13, 301b) each in a belt-like form and having elastic properties, one upon another, in a state where reinforcing members (23, 302) for reinforcing the circuit chips (21, 312, 402) are arranged between the second sheet member (12, 330) and the third sheet member (13, 301b) at the same space intervals as the space intervals at which the circuit chips (21, 312, 402) are arranged, thereby forming an upper-layer sheet member (14, 206a), and laminating the upper-layer sheet member on a side of the base sheet member formed by said forming where each unit base substrate (22, 322, 404) is laminated, in a state where each circuit chip (21, 312, 402) and each reinforcing member (23, 302) overlap upon each other in plan view of the sheet members; and - cutting out regions each region including one of the unit base substrates sequentially from a sheet laminate formed by said laminating.
A flexible composite bandage, comprising: a) an isoporous, self-assembled nanoporous membrane; b) a flexible and/or elastic support; and c) a biocompatible non-stick agent in at least one of the isoporous membrane and support. a) an isoporous, self-assembled nanoporous membrane; b) a flexible and/or elastic support; and c) a biocompatible non-stick agent in at least one of the isoporous membrane and support.
A human skeletal stem cell for use in a method for regenerating cartilage or bone, the method comprising: administering to an individual an effective dose of the human skeletal stem cell; wherein the cell is selected from human tissue for the phenotype of negative for expression of CD45, CD235, Tie2, and CD31;and positive for expression of podoplanin (PDPN); at a site where regeneration of bone or cartilage is desired.
A circuit comprising: a bipolar transistor; a signal source; and a switch; a base terminal of the bipolar transistor being switchably connectable to the signal source through the switch; a diode having a first terminal connected to the base terminal of the transistor, and a second terminal connected to a first voltage; the circuit arranged, when in operation, such that when the signal source is not connected to the base terminal of the transistor, a second voltage applied at an emitter terminal of the bipolar transistor causes a current flow through the base terminal of the transistor and through the diode such that the bipolar transistor is in an ON state; the impedance of the signal source being lower than the impedance of the bipolar transistor through the emitter and base terminals; the diode selected to provide a current limiting function such that, during operation of the circuit, when the signal source is connected to the base terminal of the transistor, current flow through the base terminal reduces such that the bipolar transistor switches to an OFF state; and means (15, 16, 17) to control the switching speed of the bipolar transistor, comprising means to vary the first voltage to vary the voltage across the diode. a bipolar transistor; a signal source; and a switch; a base terminal of the bipolar transistor being switchably connectable to the signal source through the switch; a diode having a first terminal connected to the base terminal of the transistor, and a second terminal connected to a first voltage; the circuit arranged, when in operation, such that when the signal source is not connected to the base terminal of the transistor, a second voltage applied at an emitter terminal of the bipolar transistor causes a current flow through the base terminal of the transistor and through the diode such that the bipolar transistor is in an ON state; the impedance of the signal source being lower than the impedance of the bipolar transistor through the emitter and base terminals; the diode selected to provide a current limiting function such that, during operation of the circuit, when the signal source is connected to the base terminal of the transistor, current flow through the base terminal reduces such that the bipolar transistor switches to an OFF state; and means (15, 16, 17) to control the switching speed of the bipolar transistor, comprising means to vary the first voltage to vary the voltage across the diode.
A memory controller comprising a plurality of ports (44A-44E), wherein each port is coupled to receive memory operations from one or more sources (38A-38B, 14, 20, 22), and wherein each port is dedicated to memory operation traffic of a particular type, wherein the memory controller comprises an agent interface unit configured to switch memory operation traffic from the plurality of ports (44A-44E) to a plurality of memory channel units (56A-56B) responsive to relative quality of service, hereafter QoS, parameters for the memory operations, and characterized in that, responsive to receiving a first memory operation from a first source that has transmitted one or more previous memory operations and further responsive to a first QoS parameter corresponding to the first memory operation indicating a higher level of service than previous QoS parameters corresponding to the previous memory operations, the memory controller is configured to upgrade the previous QoS parameters to the level of service indicated by the first QoS parameter.
An inhibitor of the expression of IRS-1 for use in treating a skin disease, wherein - said inhibitor of the expression of IRS-1 is an IRS-1 antisense; - said IRS-1 antisense is comprised in an oleaginous ointment in an amount ranging from 0.1 to 5 mg/g; - said oleaginous ointment is to be administered at least once a day; and - said skin disease is an angiogenic and/or inflammatory skin disorder. - said inhibitor of the expression of IRS-1 is an IRS-1 antisense; - said IRS-1 antisense is comprised in an oleaginous ointment in an amount ranging from 0.1 to 5 mg/g; - said oleaginous ointment is to be administered at least once a day; and - said skin disease is an angiogenic and/or inflammatory skin disorder.
Passenger rail vehicle, comprising at least one radiation facility for radio waves and at least one additional space which is separate from the interior space of the passenger rail vehicle and is configured for accommodating passengers, wherein this additional space is delimited in the direction of the interior space of the passenger rail vehicle by walls with a metal layer, characterised in that at least one recess is arranged in these walls which delimit the additional space, which recess is filled with material which is permeable to radio waves.
A warp let-off control method performed by a let-off device of a loom, the loom used for weaving a fabric having two or more weave sections with different densities, the loom including the let-off device that controls an amount of warp let-off by performing let-off control in which a let-off motor is driven in accordance with a speed that is obtained by applying a tension correction to a basic speed on the basis of a deviation of a detected tension from a target tension, and a temple device including a temple that is displaceable between two positions and an automatic temple position switching mechanism that automatically switches a position of the temple between the two positions in accordance with a weft density of one of the weave sections to be woven, the two positions being an operating position and a standby position, the method being characterised by controlling driving of a let-off motor with a control mode during a control period including a period during which the temple is displaced, the control mode adjusting an amount of warp let-off in a direction such that a change in a warp tension due to the displacement of the temple is cancelled out, the control mode being different from a control mode for performing let-off control in a normal operation of the loom after the control period.
A method comprising: on a second portion of a display of a smartphone device, displaying a custom software input panel including a barcode scanning key, and on a first portion of the display, displaying an application; and performing, upon detecting a user press of the barcode scanning key, a barcode scanning operation via a barcode scanning application, the barcode scanning application being a different application from the application; wherein the barcode scanning operation comprises: removing the custom software input panel from the second portion; opening and displaying a viewfinder on the second portion of the display, wherein the application is continuously running and being displayed on the first portion of the display during the barcode scanning operation; routing a video feed from a camera of the smartphone device to the viewfinder; decoding a barcode located in the viewfinder to generate decoded barcode information; and translating decoded barcode information into keyboard strokes at a keyboard wedge, and displaying the keyboard strokes within the application, wherein the keyboard wedge is a software program or is hardware. on a second portion of a display of a smartphone device, displaying a custom software input panel including a barcode scanning key, and on a first portion of the display, displaying an application; and performing, upon detecting a user press of the barcode scanning key, a barcode scanning operation via a barcode scanning application, the barcode scanning application being a different application from the application; wherein the barcode scanning operation comprises: removing the custom software input panel from the second portion; opening and displaying a viewfinder on the second portion of the display, wherein the application is continuously running and being displayed on the first portion of the display during the barcode scanning operation; routing a video feed from a camera of the smartphone device to the viewfinder; decoding a barcode located in the viewfinder to generate decoded barcode information; and translating decoded barcode information into keyboard strokes at a keyboard wedge, and displaying the keyboard strokes within the application, wherein the keyboard wedge is a software program or is hardware. removing the custom software input panel from the second portion; opening and displaying a viewfinder on the second portion of the display, wherein the application is continuously running and being displayed on the first portion of the display during the barcode scanning operation; routing a video feed from a camera of the smartphone device to the viewfinder; decoding a barcode located in the viewfinder to generate decoded barcode information; and translating decoded barcode information into keyboard strokes at a keyboard wedge, and
Copper alloy tube, in particular for use in heat exchangers, said copper alloy containing, expressed in mass percent: - 0.001 to 0.16% iron; - 0.002 to 0.05% phosphorus; - 0.002 to 0.01% silver; - optionally 0.04 to 0.06% cobalt, - optionally 0.002 to 0.005% nickel, - optionally less than 0.06% zinc, - optionally 0.10 to 0.25% tin; the remainder copper in an amount of at least 99.75%, and preferably at least 99.80%, and more preferably at least 99.85%, and unavoidable impurities, and the mass ratio Fe/P of the alloy being between 2.6 and 3.8 and more preferably between 2.6 and 3.4 and even more preferably between 2.6 and 3.2, and in said tube the average grain size is between 0.003 mm and 0.007 mm. - 0.001 to 0.16% iron; - 0.002 to 0.05% phosphorus; - 0.002 to 0.01% silver; - optionally 0.04 to 0.06% cobalt, - optionally 0.002 to 0.005% nickel, - optionally less than 0.06% zinc, - optionally 0.10 to 0.25% tin;
Piston ring having a substrate and a wear protection layer which is applied thereto and which has at least a first element whose melting point T m ≤ 700°C, characterised in that at least a second element having melting point T m > 760°C is contained in the wear protection layer, and in that in the wear protection layer there are present droplets which have a diameter D and which contain at least the first element, wherein at least 90% of the droplets have a value 1 μm ≤ D ≤ 10 μm.
A method comprising: etching a semiconductor material to form a plurality of adjacent mesa shapes, the semiconductor material comprising one or more epitaxial layers; and forming a passivation layer within gaps between the adjacent mesa shapes such that no space remains between adjacent mesa shapes; characterized by planarizing the passivation layer and the semiconductor material, wherein the planarizing produces a flat surface comprising a surface of the passivation layer and a first surface of the semiconductor material; forming a contact layer on the flat surface; and bonding a base wafer to the contact layer. etching a semiconductor material to form a plurality of adjacent mesa shapes, the semiconductor material comprising one or more epitaxial layers; and forming a passivation layer within gaps between the adjacent mesa shapes such that no space remains between adjacent mesa shapes; characterized by planarizing the passivation layer and the semiconductor material, wherein the planarizing produces a flat surface comprising a surface of the passivation layer and a first surface of the semiconductor material; forming a contact layer on the flat surface; and bonding a base wafer to the contact layer.
A system for vascular draining comprising: a self-expanding venous cannula having a length of between 30 cm and 70 cm, wherein the cannula comprises an intravascular surface enclosing a hollow intravascular interior for receiving and draining an entire volume of blood from a blood vessel when the cannula is expanded in the blood vessel; and a plurality of orifices disposed in the intravascular surface, wherein a surface area of the intravascular surface consumed by the plurality of orifices is larger than at least 5% of a remaining surface area of the intravascular surface not consumed by the plurality of orifices; positioning means (7, 8, 20) for positioning the cannula in the blood vessel; and pressurizing means for applying a driving pressure of between about 1 mmHg to about 60 mmHg, wherein the driving pressure initiates draining of blood via the cannula and drains the entire volume of blood in the blood vessel, wherein drainage of the blood vessel is configured to be performed over an entire outer circumference of the cannula after application of the driving pressure. a self-expanding venous cannula having a length of between 30 cm and 70 cm, wherein the cannula comprises an intravascular surface enclosing a hollow intravascular interior for receiving and draining an entire volume of blood from a blood vessel when the cannula is expanded in the blood vessel; and a plurality of orifices disposed in the intravascular surface, wherein a surface area of the intravascular surface consumed by the plurality of orifices is larger than at least 5% of a remaining surface area of the intravascular surface not consumed by the plurality of orifices; an intravascular surface enclosing a hollow intravascular interior for receiving and draining an entire volume of blood from a blood vessel when the cannula is expanded in the blood vessel; and a plurality of orifices disposed in the intravascular surface, wherein a surface area of the intravascular surface consumed by the plurality of orifices is larger than at least 5% of a remaining surface area of the intravascular surface not consumed by the plurality of orifices; positioning means (7, 8, 20) for positioning the cannula in the blood vessel; and pressurizing means for applying a driving pressure of between about 1 mmHg to about 60 mmHg, wherein the driving pressure initiates draining of blood via the cannula and drains the entire volume of blood in the blood vessel, wherein drainage of the blood vessel is configured to be performed over an entire outer circumference of the cannula after application of the driving pressure.
A method for manufacturing sliced frozen vegetables, containing unnecessary organic components in the form of skins, comprising cleaning, slicing and freezing of a raw material, characterized in that unnecessary organic components are removed, at least partly mechanically, from the raw material which was first sliced and then frozen.
A battery cover board assembly, comprising: a cover board with at least a through hole formed thereon, at least a hollow rivet fixed on the cover board with a hollow portion thereof being communicated with each of the at least a through hole in which a sealing member is disposed, with an electrode terminal penetrating through the hollow rivet and embedding in the sealing member, wherein the sealing member is configured to extend beyond an upper portion of the hollow rivet, characterized in that the sealing member is further configured to wrap around the upper portion of the hollow rivet. a cover board with at least a through hole formed thereon, at least a hollow rivet fixed on the cover board with a hollow portion thereof being communicated with each of the at least a through hole in which a sealing member is disposed, with an electrode terminal penetrating through the hollow rivet and embedding in the sealing member, wherein the sealing member is configured to extend beyond an upper portion of the hollow rivet, characterized in that the sealing member is further configured to wrap around the upper portion of the hollow rivet.
A driving assistance system for a vehicle including a cab delimited by a window glass and at least one structural element adjacent to the window glass, the structural element obstructing a region of the field of view of a driver of the vehicle, the system comprising: - a set of external cameras including a first camera able to obtain data representative of the region obstructed by the structural element, and a second camera able to obtain data representative of the region obstructed by the structural camera, - a display assembly mounted on the structural element and comprising a display surface, and - a processing unit connected to the set of external cameras, and to the display assembly, capable of generating the display of an image to be displayed in the obstructed region on the display surface, - an assembly for acquiring the position, or the position and the orientation, of the eyes of the driver of the vehicle, the processing unit being connected to the acquisition assembly; characterized in that the set of external cameras includes a third camera positioned at a different height from the heights of the first camera and the second camera; and in that the processing unit is able to produce a three-dimensional model of the obstructed region from data received from the first camera, the second camera and the third camera, and to generate an image to be displayed of the obstructed region as a function of the position of the eyes of the driver, by geometric deformation of the three-dimensional model, as a function of the shape of the display surface. - a set of external cameras including a first camera able to obtain data representative of the region obstructed by the structural element, and a second camera able to obtain data representative of the region obstructed by the structural camera, - a display assembly mounted on the structural element and comprising a display surface, and - a processing unit connected to the set of external cameras, and to the display assembly, capable of generating the display of an image to be displayed in the obstructed region on the display surface, - an assembly for acquiring the position, or the position and the orientation, of the eyes of the driver of the vehicle, the processing unit being connected to the acquisition assembly;
An apparatus for use in a User Equipment, UE, the apparatus comprising: a Wireless Local Area Network, WLAN, transceiver; a cellular transceiver to receive from an Evolved Node B, eNB, a cellular message comprising regulatory information indicating one or more regulatory restrictions corresponding to WLAN communications over at least one WLAN frequency band, the regulatory information comprising at least an indication on whether or not WLAN active scanning is allowed over the WLAN frequency band; and a controller component configured to, based on the regulatory information, enable or disable said WLAN transceiver to perform a WLAN active scan over the WLAN frequency band; wherein the regulatory information is provided in an information element including one of: a passive scanning only indicator to indicate whether or not only passive scanning is allowed; and an active scanning allowed indicator to indicate whether or not active scanning is allowed. a Wireless Local Area Network, WLAN, transceiver; a cellular transceiver to receive from an Evolved Node B, eNB, a cellular message comprising regulatory information indicating one or more regulatory restrictions corresponding to WLAN communications over at least one WLAN frequency band, the regulatory information comprising at least an indication on whether or not WLAN active scanning is allowed over the WLAN frequency band; and a controller component configured to, based on the regulatory information, enable or disable said WLAN transceiver to perform a WLAN active scan over the WLAN frequency band; wherein the regulatory information is provided in an information element including one of: a passive scanning only indicator to indicate whether or not only passive scanning is allowed; and an active scanning allowed indicator to indicate whether or not active scanning is allowed.