mhurhangee/patent-ind-claim-en huggingface dataset:
A method for notifying a backhaul client functional unit provided in a network node to configure a communications link , comprising the steps of: wirelessly receiving (S12), by a network node functional unit provided in the network node , control signalling from a user equipment , the control signalling relating to an uplink communications resource between the user equipment and the network node functional unit; and notifying (S14), by the network node functional unit, in response to receiving said control signalling and prior to receiving any user data associated with said control signalling from said user equipment on said uplink communications resource, the backhaul client functional unit to configure a communications link to a backhaul hub . wirelessly receiving (S12), by a network node functional unit provided in the network node , control signalling from a user equipment , the control signalling relating to an uplink communications resource between the user equipment and the network node functional unit; and notifying (S14), by the network node functional unit, in response to receiving said control signalling and prior to receiving any user data associated with said control signalling from said user equipment on said uplink communications resource, the backhaul client functional unit to configure a communications link to a backhaul hub .
Closure device comprising at least one flat and flexible strand having two opposite main faces, wherein the strand has: either a network with a plurality of holes on one of its main faces, while the closure device has a coupling element which bears, on one face, a network with a plurality of protuberances designed to fit in the holes ; or a network with a plurality of protuberances on one of its main faces, while the closure device has a coupling element which bears, on one face, a network with a plurality of holes designed to receive the protuberances ; such that the strand and the coupling element can be superposed on one another, the protuberances facing the holes , and secured by pressing, characterized in that the protuberances are right prisms, the upper face of which is flat or curved, and have, on their lateral walls, coupling means intended to interact with complementary coupling means in the lateral walls of the holes , and in that the coupling means on the lateral walls of the protuberances are steps on the internal edges of the prisms and fit together with the complementary coupling means consisting of teeth on the internal edges of the holes. either a network with a plurality of holes on one of its main faces, while the closure device has a coupling element which bears, on one face, a network with a plurality of protuberances designed to fit in the holes ; or a network with a plurality of protuberances on one of its main faces, while the closure device has a coupling element which bears, on one face, a network with a plurality of holes designed to receive the protuberances ; such that the strand and the coupling element can be superposed on one another, the protuberances facing the holes , and secured by pressing, characterized in that the protuberances are right prisms, the upper face of which is flat or curved, and have, on their lateral walls, coupling means intended to interact with complementary coupling means in the lateral walls of the holes , and in that the coupling means on the lateral walls of the protuberances are steps on the internal edges of the prisms and fit together with the complementary coupling means consisting of teeth on the internal edges of the holes.
A processor comprising: a memory management unit to store a set of bits including a set of reserved bits and a set of used bits in addition to the set of reserved bits to a system memory; reserved bit enforcement logic to generate a pseudo-random pattern in the set of reserved bits and an error correction code over the pseudo-random pattern prior to storing the set of reserved bits; the memory management unit to load the set of reserved bits including the pseudo-random pattern and the error correction code; the reserved bit enforcement logic to use the error correction code to determine whether the set of reserved bits has been modified by software; and if the set of reserved bits has been modified, then the processor to generate an error condition and if not modified, then the processor to continue normal execution; characterized in that the set of reserved bits is split into two groups, wherein a first group of the set of reserved bits contains the pseudo-random pattern and a second group of the set of reserved bits contains the error correction code of the pseudo-random pattern. a memory management unit to store a set of bits including a set of reserved bits and a set of used bits in addition to the set of reserved bits to a system memory; reserved bit enforcement logic to generate a pseudo-random pattern in the set of reserved bits and an error correction code over the pseudo-random pattern prior to storing the set of reserved bits; the memory management unit to load the set of reserved bits including the pseudo-random pattern and the error correction code; the reserved bit enforcement logic to use the error correction code to determine whether the set of reserved bits has been modified by software; and if the set of reserved bits has been modified, then the processor to generate an error condition and if not modified, then the processor to continue normal execution; characterized in that the set of reserved bits is split into two groups, wherein a first group of the set of reserved bits contains the pseudo-random pattern and a second group of the set of reserved bits contains the error correction code of the pseudo-random pattern.
Rotating, directly-driven, single or multistage pump with a pump driver for cryogenic liquids, with a pump housing for the pump, an electric drive motor in a motor housing as the pump drive and an intermediate piece , containing a coupling , between the pump housing and the motor housing , wherein a motor axle of the drive motor is connected via the coupling to a pump axle of the single or multistage pump and wherein the motor axle of the drive motor is borne in two bearings in the motor housing , wherein the two bearings are unlubricated bearings, characterised in that the two bearings comprise inner and outer races with race surfaces between which ceramic rolling elements are arranged, wherein the race surfaces have a chromium-based coating.
A clamping system for connecting together a first tube and a second tube having facing ends presenting clamping surfaces projecting relative to the cylindrical outside surfaces of said tubes, the system comprising a collar that comprises a belt suitable for being clamped around said clamping surfaces, the belt presenting first and second flanks between which there is defined an inner setback suitable for receiving the clamping surfaces , the collar carrying an angularly distributed series of foldable fingers , characterized in that each finger of the series presents a free operating end projecting axially beyond a first edge (13'A) of the belt over a distance that is sufficient to enable it to be manipulated by hand, the fingers being suitable, starting from an initial position in which they define a rest minimum diameter (DI), for being folded manually and plastically towards the axis (A) of the belt in order to define a folded-in minimum diameter (DR) that is less than said rest minimum diameter.
A utility knife, comprising: a case , a blade holder , a blade , a movable pushbutton and a locking device , wherein the case comprises a blade extension/retraction opening formed at a front end thereof and provided for the blade to extend or retract and a chute formed on a side of the case and provided for the movable pushbutton to move; the blade is correspondingly installed into the case through the blade holder , and the blade is controlled by the movable pushbutton to perform an extension or retraction at the blade extension/retraction opening ; the locking device comprises a locking rod and an adjusting device , and the locking device adjusts the locking rod by the adjusting device to lock the blade ; characterized in that the case further comprises: a blade holder slidable mounting groove formed on the front side of the case , penetrating through the bottom of the case and the blade extension/retraction opening , and matched with the blade holder ; a blade chute formed on the front side of the blade holder , penetrating both sides of the blade holder , and matched with the blade ; and a bevel upwardly formed at the bottom of a front section of the blade chute ; the blade holder being plugged from a rear end of the blade holder slidable mounting groove of the case into a position corresponsively matched and coupled to the case ; the rear end of the blade corresponsively matched and coupled to the movable pushbutton and the movable pushbutton being movably installed into the blade chute of the blade holder , and the movable pushbutton being exposed from both of the top notches of the blade chute and the blade holder slidable mounting groove ; the locking rod being installed between the bottom of the blade chute and the blade , and the adjusting device being installed at a rear end of the case ; the locking rod performing an extension/retraction movement in the blade chute by the control of the adjusting device , and a front end of the locking rod reducing the gap between the locking rod and the blade by the bevel to lock the blade tightly.
A computer program product comprising instructions executable by a workstation including at least one electronic processor and a display device to perform a quality control (QC) method , the method comprising: receiving a current QC data set acquired by a pixelated detector and one or more prior QC data sets acquired by the pixelated detector; determining sensitivity levels of the detector pixels of the pixelated detector ; determining stability levels of detector pixels of the pixelated detector over time from the current QC data set and the one or more prior QC data sets, wherein stability is determined as change over time of the sensitivity of the detector pixels in the current and prior QC data sets; labeling a detector pixel of the pixelated detector as dead when the stability level determined for the detector pixel is outside of a stability threshold range; and displaying, on said display device operatively connected with the workstation, an identification of the detector pixels labelled as dead; the method further comprising: reconstructing an imaging data set acquired by the pixelated detector with data acquired by the detector pixels labeled as dead omitted to generate a current QC image; and displaying, on the display device a comparison of the current QC image with a reference image generated with the one or more prior QC data sets. receiving a current QC data set acquired by a pixelated detector and one or more prior QC data sets acquired by the pixelated detector; determining sensitivity levels of the detector pixels of the pixelated detector ; determining stability levels of detector pixels of the pixelated detector over time from the current QC data set and the one or more prior QC data sets, wherein stability is determined as change over time of the sensitivity of the detector pixels in the current and prior QC data sets; labeling a detector pixel of the pixelated detector as dead when the stability level determined for the detector pixel is outside of a stability threshold range; and displaying, on said display device operatively connected with the workstation, an identification of the detector pixels labelled as dead; the method further comprising: reconstructing an imaging data set acquired by the pixelated detector with data acquired by the detector pixels labeled as dead omitted to generate a current QC image; and displaying, on the display device a comparison of the current QC image with a reference image generated with the one or more prior QC data sets. reconstructing an imaging data set acquired by the pixelated detector with data acquired by the detector pixels labeled as dead omitted to generate a current QC image; and displaying, on the display device a comparison of the current QC image with a reference image generated with the one or more prior QC data sets.
A silicon carbide fiber reinforced silicon carbide composite material, comprising a multiphase matrix containing a silicon carbide phase and a phase comprising a substance having low reactivity with respect to silicon carbide; and silicon carbide fibers disposed in the matrix, wherein the substance having low reactivity with respect to silicon carbide is at least one member selected from the group consisting of carbon, BN, TaN, Cr 2 O 3 , ZrO 2 , HfO 2 , CaO, ZrC, NbC, HfC, TiB 2 , ZrB 2 , CrB 2 , Y 2 SiO 5 , Yb 2 SiO 5 , Yb 2 Si 2 O 7 , ErSiO 5 , LuSiOs, Sc 2 Si 2 O 7 , aluminosilicate, magnesium silicate, and barium-strontium aluminosilicate (BSAS), and wherein the matrix has a structure in which the phase comprising a substance having low reactivity with respect to silicon carbide is dispersed in the form of particles in the matrix, or a structure in which the silicon carbide phase and the phase comprising a substance having low reactivity with respect to silicon carbide are present at random in the form of non-uniform-shaped agglomerates in the matrix, and wherein the content percentage of the silicon carbide fibers is 20 to 90 volume% based on the entire composite material, and wherein an interfacial phase is not present between silicon carbide fibers and the matrix. wherein the substance having low reactivity with respect to silicon carbide is at least one member selected from the group consisting of carbon, BN, TaN, Cr 2 O 3 , ZrO 2 , HfO 2 , CaO, ZrC, NbC, HfC, TiB 2 , ZrB 2 , CrB 2 , Y 2 SiO 5 , Yb 2 SiO 5 , Yb 2 Si 2 O 7 , ErSiO 5 , LuSiOs, Sc 2 Si 2 O 7 , aluminosilicate, magnesium silicate, and barium-strontium aluminosilicate (BSAS), and wherein the matrix has a structure in which the phase comprising a substance having low reactivity with respect to silicon carbide is dispersed in the form of particles in the matrix, or a structure in which the silicon carbide phase and the phase comprising a substance having low reactivity with respect to silicon carbide are present at random in the form of non-uniform-shaped agglomerates in the matrix, and wherein the content percentage of the silicon carbide fibers is 20 to 90 volume% based on the entire composite material, and wherein an interfacial phase is not present between silicon carbide fibers and the matrix.
A laser beam machine for machining a workpiece by irradiating a laser beam to the workpiece mounted to a table , the laser beam machine comprising: an optical head having a housing , a nozzle disposed on a bottom face of the housing , the nozzle being configured to discharge liquid to form a pillar-like liquid flow , and an optical system disposed in the housing , configured to lead the laser beam from a laser oscillator to the nozzle to be irradiated; an alignment adjusting device , configured to adjust the incident position and angle of the laser beam relative to the pillar-like liquid flow , the alignment adjusting device having a reflecting plate , disposed to face the optical head , for reflecting the laser beam from the nozzle , a holding member configured to circumferentially rotatably hold the reflecting plate , and a shielding part disposed around a portion of the reflecting plate adapted to reflect the laser beam into the nozzle ; an intimate-contact detecting device configured to detect that the housing of the optical head contacts intimately with the shielding member ; a controller configured to allow the laser beam to be irradiated when the intimate-contact detecting device detects that the housing of the optical head contacts intimately with the shielding member ; a camera disposed in the housing , the camera being configured to capture an image of the nozzle and the reflecting plate ; and a display configured to display an image captured by the camera , wherein a contour of the nozzle is displayed, along with a target circle, based on the laser beam reflected by the reflecting plate and captured by the camera . an optical head having a housing , a nozzle disposed on a bottom face of the housing , the nozzle being configured to discharge liquid to form a pillar-like liquid flow , and an optical system disposed in the housing , configured to lead the laser beam from a laser oscillator to the nozzle to be irradiated; an alignment adjusting device , configured to adjust the incident position and angle of the laser beam relative to the pillar-like liquid flow , the alignment adjusting device having a reflecting plate , disposed to face the optical head , for reflecting the laser beam from the nozzle , a holding member configured to circumferentially rotatably hold the reflecting plate , and a shielding part disposed around a portion of the reflecting plate adapted to reflect the laser beam into the nozzle ; an intimate-contact detecting device configured to detect that the housing of the optical head contacts intimately with the shielding member ; a controller configured to allow the laser beam to be irradiated when the intimate-contact detecting device detects that the housing of the optical head contacts intimately with the shielding member ; a camera disposed in the housing , the camera being configured to capture an image of the nozzle and the reflecting plate ; and a display configured to display an image captured by the camera , wherein a contour of the nozzle is displayed, along with a target circle, based on the laser beam reflected by the reflecting plate and captured by the camera .
An ultrasonic flow meter comprising: a measurement flow path where a cross section of a flow path through which a fluid to be measured flows is rectangular; one or more partition plates that divide the measurement flow path into a plurality of layered flow paths ; a pair of ultrasonic sensors that are disposed upstream and downstream on the layered flow paths and are capable of transmitting and receiving an ultrasonic signal; and a flow rate measuring unit that detects a flow rate of the fluid to be measured based on a propagation time, the propagation time being a time period from when one of the ultrasonic sensors transmits the ultrasonic signal to cause the ultrasonic signal to propagate through the fluid to be measured until when an other one of the ultrasonic sensors receives the ultrasonic signal, wherein the measurement flow path and the one or more partition plates are integrally molded, characterized in that the one or more partition plates have a shape that is thinner from a portion having a maximum thickness toward an inlet side of the measurement flow path and an outlet side of the measurement flow path at an inclination angle generated by a draft of a mold, wherein the measurement flow path has a gradient that matches the shape of the one or more partition plates , and the shapes of the plurality of layered flow paths are the same. a measurement flow path where a cross section of a flow path through which a fluid to be measured flows is rectangular; one or more partition plates that divide the measurement flow path into a plurality of layered flow paths ; a pair of ultrasonic sensors that are disposed upstream and downstream on the layered flow paths and are capable of transmitting and receiving an ultrasonic signal; and a flow rate measuring unit that detects a flow rate of the fluid to be measured based on a propagation time, the propagation time being a time period from when one of the ultrasonic sensors transmits the ultrasonic signal to cause the ultrasonic signal to propagate through the fluid to be measured until when an other one of the ultrasonic sensors receives the ultrasonic signal, wherein the measurement flow path and the one or more partition plates are integrally molded, characterized in that the one or more partition plates have a shape that is thinner from a portion having a maximum thickness toward an inlet side of the measurement flow path and an outlet side of the measurement flow path at an inclination angle generated by a draft of a mold, wherein the measurement flow path has a gradient that matches the shape of the one or more partition plates , and the shapes of the plurality of layered flow paths are the same.
Biogas plant, having at least one fermenter for decomposing a substrate for producing biogas, with at least one pipeline for feeding a pumpable medium to the fermenter being connected to the fermenter , characterised in that , a container for additives is connected to the pipeline downstream of a first closure means , in that the container communicates with a fluid line which carries a fluid, so that the additives are introducible into the fermenter by means of the fluid.
A method for the production of D-erythrose and acetyl phosphate comprising the enzymatic conversion of D-fructose into D-erythrose and acetyl phosphate by making use of a phosphoketolase.
A vehicular adjustable lighting unit , comprising: a lighting feature , configured to rotate around a first axis of rotation and comprising a first contact surface ; and a face cam , configured to rotate around a second different axis of rotation, and comprising a second contact surface (118, 302, 414 606), wherein the second contact surface is at an oblique angle with respect to the second axis of rotation; wherein: the lighting unit is configured such that the first contact surface contacts the second contact surface and rotation of the face cam around the second axis of rotation causes the second contact surface to displace the first contact surface thereby adjusting the angular displacement of the lighting feature around the first axis of rotation; the lighting feature comprises a locking feature configured to abut the face cam in order to resist changes to the rotational position of the face cam and the lighting feature; and the face cam comprises one or more corresponding elements configured to interact with the locking feature so as to resist changes to the rotational position of the face cam, wherein the corresponding elements are disposed along a circumference of the face cam. a lighting feature , configured to rotate around a first axis of rotation and comprising a first contact surface ; and a face cam , configured to rotate around a second different axis of rotation, and comprising a second contact surface (118, 302, 414 606), wherein the second contact surface is at an oblique angle with respect to the second axis of rotation; wherein: the lighting unit is configured such that the first contact surface contacts the second contact surface and rotation of the face cam around the second axis of rotation causes the second contact surface to displace the first contact surface thereby adjusting the angular displacement of the lighting feature around the first axis of rotation; the lighting feature comprises a locking feature configured to abut the face cam in order to resist changes to the rotational position of the face cam and the lighting feature; and the face cam comprises one or more corresponding elements configured to interact with the locking feature so as to resist changes to the rotational position of the face cam, wherein the corresponding elements are disposed along a circumference of the face cam. the lighting unit is configured such that the first contact surface contacts the second contact surface and rotation of the face cam around the second axis of rotation causes the second contact surface to displace the first contact surface thereby adjusting the angular displacement of the lighting feature around the first axis of rotation; the lighting feature comprises a locking feature configured to abut the face cam in order to resist changes to the rotational position of the face cam and the lighting feature; and the face cam comprises one or more corresponding elements configured to interact with the locking feature so as to resist changes to the rotational position of the face cam, wherein the corresponding elements are disposed along a circumference of the face cam.