mhurhangee/ep-ind-claims huggingface dataset:
A method for improving address integrity in a memory system, the method comprising: generating error correction data corresponding to an address; transmitting the address and the corresponding error correction data to a memory device; and storing the address and the corresponding error correction data in a register of the memory device; characterised in that: said transmitting of the address and the corresponding error correction data is performed by transmitting both the address and the corresponding error correction data over an address bus. generating error correction data corresponding to an address; transmitting the address and the corresponding error correction data to a memory device; and storing the address and the corresponding error correction data in a register of the memory device; characterised in that: said transmitting of the address and the corresponding error correction data is performed by transmitting both the address and the corresponding error correction data over an address bus.
An immune checkpoint inhibitor and a compound of Formula for use in the treatment or prevention of cancer; wherein the compound of Formula is: wherein X is SO 3 M or H, wherein M is any pharmaceutically acceptable cation; and wherein at least 70% of the X groups is SO 3 M; and wherein the immune checkpoint inhibitor is a PD-1 inhibitor or a PD-L1 inhibitor. wherein the compound of Formula is: wherein X is SO 3 M or H, wherein M is any pharmaceutically acceptable cation; and wherein at least 70% of the X groups is SO 3 M; and wherein the immune checkpoint inhibitor is a PD-1 inhibitor or a PD-L1 inhibitor.
A device comprising: an antenna; a power harvesting circuit (22, 25) for harvesting power from a radio frequency field received at the antenna in order to power functions of the device; a communication unit coupled to the antenna for transmitting and receiving signals by means of the antenna, the communication unit being configured to communicate according to a protocol in which a party to a communication session deems the session to have timed out if during a predetermined period it does not receive a signal from another party to the session; and a module comprising a processing circuit; characterised in that the device is configured to interrupt the operation of the module when the communication unit is transmitting a wait time extension message by means of the antenna. an antenna; a power harvesting circuit (22, 25) for harvesting power from a radio frequency field received at the antenna in order to power functions of the device; a communication unit coupled to the antenna for transmitting and receiving signals by means of the antenna, the communication unit being configured to communicate according to a protocol in which a party to a communication session deems the session to have timed out if during a predetermined period it does not receive a signal from another party to the session; and a module comprising a processing circuit; characterised in that the device is configured to interrupt the operation of the module when the communication unit is transmitting a wait time extension message by means of the antenna.
A method for allocating transmission capacity for a content asset, comprising: associating application data of an application with content asset data, of the content asset, to be presented in conjunction with the application by a user device, wherein the content asset data comprises at least one of audio data or video data, characterized by: allocating transmission capacity for the application data and the content asset data, wherein different proportions of transmission capacity are allocated to the application data and the content asset data over a duration of the content asset; transmitting, from a server and based at least in part on the allocated transmission capacity, at least a portion of the content asset data and at least a portion of the application data; receiving feedback data based on use of the application in conjunction with the content asset; analyzing the feedback data; determining a modified allocated transmission capacity based at least in part on the analyzed feedback data; and transmitting, from the server and based on the modified allocated transmission capacity, at least a portion of the content asset data and at least a portion of the application data. allocating transmission capacity for the application data and the content asset data, wherein different proportions of transmission capacity are allocated to the application data and the content asset data over a duration of the content asset; transmitting, from a server and based at least in part on the allocated transmission capacity, at least a portion of the content asset data and at least a portion of the application data; receiving feedback data based on use of the application in conjunction with the content asset; analyzing the feedback data; determining a modified allocated transmission capacity based at least in part on the analyzed feedback data; and transmitting, from the server and based on the modified allocated transmission capacity, at least a portion of the content asset data and at least a portion of the application data.
A locking intramedullary nail for insertion into the medullary cavity of a tubular bone for the treatment of bone fractures and/or for stiffening joints, comprising an elongated shaft having at least one opening for receiving at least one locking apparatus, and at least one receiving device for receiving the locking apparatus, wherein the receiving device is arranged in the region of the opening, and at least one supporting body arranged in contact with at least one receiving device, characterized in that the supporting body is, at least in sections, detachably connected in a positive-locking manner to the elongated shaft and/or, at least in sections, detachably connected in a positive-locking manner to a cassette-shaped insert, which can be positioned in the elongated shaft, and in that the positively-locked supporting body connected to the elongated shaft or to the cassette-shaped insert is provided for rotationally securing the locking apparatus arranged in the receiving device.
A timepiece glass, in particular a watch glass, comprising an optical device comprising at least one lens intended to enlarge an indication supplied by a timepiece, characterized in that said lens comprises at least one aspherical face comprising at least one section passing through a vertical plane comprising an optical axis of vertical direction z, of which at least one outline can be defined by the following equation: z r = r 2 R 1 + 1 − 1 − κ r 2 R 2 + α 4 r 4 + α 6 r 6 + ⋯ in which R is the nominal radius of curvature, k is the constant of conicity, and α (4,6,...) is/are coefficient/s of asphericity, and in which at least the constant of conicity k and/or at least one coefficient of asphericity is different from zero. in which R is the nominal radius of curvature, k is the constant of conicity, and α (4,6,...) is/are coefficient/s of asphericity, and in which at least the constant of conicity k and/or at least one coefficient of asphericity is different from zero.
A method for producing a three-dimensional model via additive manufacturing, the method comprising: building a green block (15, 600) in a layerwise manner with a powder material and a solidifiable non-powder material, the green block (15, 600) including a green usable model and green support elements (710, 720), wherein the step of building a green block (15, 600) in a layerwise manner is performed via an additive manufacturing system configured to build a layer (502, 504, 506) by printing a pattern with a solidifiable non-powder material to trace the contour of the green usable model; dispensing and spreading a powder material over the pattern; and compacting the powder layer with the pattern, wherein the green usable model is a green compact of a usable model and wherein the solidifiable non-powder material is a solidifiable ink selected from photocurable inks, wax, thermal inks and any combination thereof; removing the solidified non-powder material from the green block (15, 600) to extract the green usable model by removing said green support elements (710, 720) from the green block (15, 600); applying cold isostatic pressing after completing the building of the green block (15, 600), wherein the cold isostatic pressing is configured to increase the density of the green usable model; and sintering the green usable model after the cold isostatic pressing to produce a three-dimensional model. building a green block (15, 600) in a layerwise manner with a powder material and a solidifiable non-powder material, the green block (15, 600) including a green usable model and green support elements (710, 720), wherein the step of building a green block (15, 600) in a layerwise manner is performed via an additive manufacturing system configured to build a layer (502, 504, 506) by printing a pattern with a solidifiable non-powder material to trace the contour of the green usable model; dispensing and spreading a powder material over the pattern; and compacting the powder layer with the pattern, wherein the green usable model is a green compact of a usable model and wherein the solidifiable non-powder material is a solidifiable ink selected from photocurable inks, wax, thermal inks and any combination thereof; removing the solidified non-powder material from the green block (15, 600) to extract the green usable model by removing said green support elements (710, 720) from the green block (15, 600); applying cold isostatic pressing after completing the building of the green block (15, 600), wherein the cold isostatic pressing is configured to increase the density of the green usable model; and sintering the green usable model after the cold isostatic pressing to produce a three-dimensional model.
A method comprising: situating a III-Nitride semiconductor body in a surface equilibrium chamber configured to prevent an escape of nitrogen from said III-Nitride semiconductor body during implantation of said III-Nitride semiconductor body; establishing a gas pressure greater than or equal to a surface equilibrium pressure sufficient to prevent said escape of nitrogen from said III-Nitride semiconductor body; heating said III-Nitride semiconductor body to an implantation temperature in a range of 500°C to 1100°C in said surface equilibrium chamber while substantially maintaining said gas pressure above an exposed surface of said III-Nitride semiconductor body; said method comprising the following features: implanting said III-Nitride semiconductor body in said surface equilibrium chamber at said elevated implantation temperature while maintaining said gas pressure in a range between 1.0 and 1000 mTorr; wherein said implanting is performed using an ion implanter interfacing with said surface equilibrium chamber. situating a III-Nitride semiconductor body in a surface equilibrium chamber configured to prevent an escape of nitrogen from said III-Nitride semiconductor body during implantation of said III-Nitride semiconductor body; establishing a gas pressure greater than or equal to a surface equilibrium pressure sufficient to prevent said escape of nitrogen from said III-Nitride semiconductor body; heating said III-Nitride semiconductor body to an implantation temperature in a range of 500°C to 1100°C in said surface equilibrium chamber while substantially maintaining said gas pressure above an exposed surface of said III-Nitride semiconductor body; said method comprising the following features: implanting said III-Nitride semiconductor body in said surface equilibrium chamber at said elevated implantation temperature while maintaining said gas pressure in a range between 1.0 and 1000 mTorr; wherein said implanting is performed using an ion implanter interfacing with said surface equilibrium chamber. implanting said III-Nitride semiconductor body in said surface equilibrium chamber at said elevated implantation temperature while maintaining said gas pressure in a range between 1.0 and 1000 mTorr; wherein said implanting is performed using an ion implanter interfacing with said surface equilibrium chamber.
Synchronization circuitry for synchronizing time-of-day between two clock domains (101, 102) in a data network having a first clock domain based on a first clock source, and a second clock domain based on a second clock source, the synchronization circuitry comprising: time-of-day capture circuitry configured to determine, at each of two different moments, time-of-day as indicated by the first clock source and time-of-day as indicated by the second clock source; and drift calculation circuitry configured to calculate, from the time-of-day as indicated by the first clock source at a first of the two different moments and the time-of-day as indicated by the second clock source at the first of the two different moments, and the time-of-day as indicated by the first clock source at a second of the two different moments and the time-of-day as indicated by the second clock source at the second of the two different moments, the rate of drift between time of day in the respective first and second clock domains (102, 102). time-of-day capture circuitry configured to determine, at each of two different moments, time-of-day as indicated by the first clock source and time-of-day as indicated by the second clock source; and drift calculation circuitry configured to calculate, from the time-of-day as indicated by the first clock source at a first of the two different moments and the time-of-day as indicated by the second clock source at the first of the two different moments, and the time-of-day as indicated by the first clock source at a second of the two different moments and the time-of-day as indicated by the second clock source at the second of the two different moments, the rate of drift between time of day in the respective first and second clock domains (102, 102).
A process for preparing an antiserum from a non-human animal, comprising steps of: (i) administering to the non-human animal a purified influenza virus hemagglutinin; and then (ii) recovering from the non-human animal serum containing antibodies that recognise the hemagglutinin, characterised in that the hemagglutinin used in step (i) is from a virus grown in a mammalian cell line. (i) administering to the non-human animal a purified influenza virus hemagglutinin; and then (ii) recovering from the non-human animal serum containing antibodies that recognise the hemagglutinin, characterised in that the hemagglutinin used in step (i) is from a virus grown in a mammalian cell line.
An apparatus for generating and displaying an image of an object comprising: a radiation source and a series of at least two and no more than five linear radiation detectors (3a, 3b, 3c) spaced therefrom to define a scanning zone therebetween; means to cause an object to move relative to and through the scanning zone in use; a direct image generation module configured to generate an image from the output of at least one linear detector; characterised by an intermediate image generation module configured to generate at least one intermediate image from at least one adjacent pair of linear detectors, by processing the output of said pair of detectors and generating an image representative of an output intermediate between the two said detector outputs; an image generation apparatus comprising said modules and being adapted such that at least five images are generated in total; an image display adapted successively to display such images and thus display the monocular movement parallax between the images. a radiation source and a series of at least two and no more than five linear radiation detectors (3a, 3b, 3c) spaced therefrom to define a scanning zone therebetween; means to cause an object to move relative to and through the scanning zone in use; a direct image generation module configured to generate an image from the output of at least one linear detector; characterised by an intermediate image generation module configured to generate at least one intermediate image from at least one adjacent pair of linear detectors, by processing the output of said pair of detectors and generating an image representative of an output intermediate between the two said detector outputs; an image generation apparatus comprising said modules and being adapted such that at least five images are generated in total; an image display adapted successively to display such images and thus display the monocular movement parallax between the images.
A battery device comprising: a casing having a plurality of sides (10a-10f) including a bottom side, a top side opposite to said bottom side, two lateral sides, a front side, and a rear side opposite to said front side, wherein the plurality of sides are assembled to form a sealed container, a battery cell pack located within the sealed container, wherein the casing comprises at least one outlet arranged at at least one of the plurality of sides, wherein the sealed container is configured to prevent heated gases generated upon a malfunction of the battery cell pack from escaping the casing except via said at least one outlet; wherein a filter is arranged at said at least one outlet for limiting at least flames from escaping said casing; and wherein terminals for connection of the battery device to a load, another battery device or an external power source are arranged at the front side, and wherein said at least one outlet is arranged at the rear side of the casing. a casing having a plurality of sides (10a-10f) including a bottom side, a top side opposite to said bottom side, two lateral sides, a front side, and a rear side opposite to said front side, wherein the plurality of sides are assembled to form a sealed container, a battery cell pack located within the sealed container, wherein the casing comprises at least one outlet arranged at at least one of the plurality of sides, wherein the sealed container is configured to prevent heated gases generated upon a malfunction of the battery cell pack from escaping the casing except via said at least one outlet; wherein a filter is arranged at said at least one outlet for limiting at least flames from escaping said casing; and wherein terminals for connection of the battery device to a load, another battery device or an external power source are arranged at the front side, and wherein said at least one outlet is arranged at the rear side of the casing.
A fault notification method for a network device connected to a monitoring system via a computer network, the fault notification method comprising the steps of: detecting power-up of the network device; constructing a network message which message signals a non-operational state of the network device; storing the network message; and automatically transmitting the network message to the monitoring system after a predetermined time unless a disabling command is received from an operating system and/or received from basic input/output of the network device. detecting power-up of the network device; constructing a network message which message signals a non-operational state of the network device; storing the network message; and automatically transmitting the network message to the monitoring system after a predetermined time unless a disabling command is received from an operating system and/or received from basic input/output of the network device.
A cell phone holder for securely storing a cell phone with a movable cell phone holding fixture, a holder housing and a push-push mechanism, which connects the movable cell phone holding fixture with the holder housing, so that when the cell phone holding fixture is first actuated, the cell phone holding fixture enters a closed position, and when the cell phone holding fixture is subsequently actuated again, the cell phone holding fixture enters an opened position, wherein the movable cell phone holding fixture comprises a spring-loaded side element, which is designed in particular so as to be conical toward an inserted cell phone, so that the cell phone holding fixture compensates for differences in thickness and implements a secure positioning, and a cover is attached to the holder housing, so that for a user the cell phone holding fixture is covered at least partially by the cover, characterized in that the cover comprises an acceleration locking device, so that in case of a crash, in particular in case of a rollover, the cell phone remains in the cell phone holding fixture.
A slot antenna of a portable terminal, comprising a conductor plane laid on a printed circuit board, a battery with a bulk conductor, and a first feeding part, wherein the conductor plane is a ground plane or a power plane, wherein a slot is formed between the conductor plane and the battery, the conductor plane is radio-frequency coupled to the bulk conductor in the battery through the slot, characterized in that the first feeding part is located in the slot; and the slot antenna further comprising: a second feeding part connected to the first feeding part, wherein the second feeding part is bent, a vertical projection area of a bent portion of the second feeding part is projected onto the battery, and the second feeding part is radio-frequency coupled to the bulk conductor in the battery. a second feeding part connected to the first feeding part, wherein the second feeding part is bent, a vertical projection area of a bent portion of the second feeding part is projected onto the battery, and the second feeding part is radio-frequency coupled to the bulk conductor in the battery.
A gas-discharge electron beam gun, consisting of a sealed metal casing that hosts high-voltage insulator, cold concave cathode with an extended emitting surface, coaxial hollow anode with a bottom part designed in the shape of a plate with channels for cooling water, which are executed within the body of the plate and linked between each other forming a single system, located around an opening for the passage of the electron beam, as well as beam guide tightly attached to the casing and consisting of two parts in the shape of a bend, the first part of which is attached to the metal casing, while the second part is attached to the first part, the angle of rotation (α) of the second part of the beam guide in respect the first part is chosen to exclude direct passing of the beam through the opening in the anode to a crucible, which is located in a process chamber, and focusing coils are located on the first part of the beam guide, and the second part of it features beam rotation coils by an angle of rotation of the second part of the beam guide, characterised in that a second bend is made on the beam guide with the same angle (α) as the first bend, but oppositely directed, and both bends divide the beam guide into three parts, the first of which is hermetically attached to the gun's metal casing, the second is intermediate and the third is arranged such that it can be hermetically attached to the processing chamber, and beam turning coils are located near the bends on the beam guide and are arranged such that they can turn the beam to an angle (α) equal to the angle of bends, and beam focusing coils and deflection scanning coils are respectively located on all three parts.