mhurhangee/patent-ind-claim-en huggingface dataset:
An alignment system for a workpiece printing machine, comprising: a stencil support for supporting a substantially planar stencil in use, a workpiece support for supporting a planar workpiece in an X-Y plane in use, the X-Y plane being defined as that plane which includes orthogonal X and Y axes, a planarity control mechanism comprising at least two actuators arranged to effect relative rotation of the stencil support and workpiece support about both the X and the Y axis, characterised in that the alignment system comprises first and second movable alignment clamps , each of the first and second movable alignment clamps comprising a respective one of said at least two actuators , which is located at respective first and second spaced locations on an alignment frame. a stencil support for supporting a substantially planar stencil in use, a workpiece support for supporting a planar workpiece in an X-Y plane in use, the X-Y plane being defined as that plane which includes orthogonal X and Y axes, a planarity control mechanism comprising at least two actuators arranged to effect relative rotation of the stencil support and workpiece support about both the X and the Y axis, characterised in that the alignment system comprises first and second movable alignment clamps , each of the first and second movable alignment clamps comprising a respective one of said at least two actuators , which is located at respective first and second spaced locations on an alignment frame.
A bioactive composition for killing cells, which comprises at least a first and a second half-element, wherein the half-elements are in electrically conductive contact with each other at least with their respective surfaces in such a way that short-circuit elements are formed in the presence of water and oxygen, wherein the first half-element comprises at least one semiconducting compound of at least one transition metal element which has several oxidation states and permits a change of oxidation states via catalytically active centres, so that oxygen is reduced at the first half-element and active oxygen species are formed, and wherein the second half-element comprises at least one electrically conductive silver semiconductor which accepts electrons emitted by the cells or organic matter, characterised in that the transition metal compound of the first half-element comprises ruthenium which is present in one or both of the oxidation states VI and IV.
A computer-implemented method for alert notifications, comprising: determining , by one or more computing devices, a single geofence boundary around two or more associated points of interest to form a clustered geofence boundary encompassing the two or more associated points of interest; communicating , by the one or more computing devices, clustered geofence boundary data to a user computing device for the clustered geofence boundary encompassing the two or more associated points of interest, wherein the user computing device is separate and distinct from the one or more computing devices; determining , by the one or more computing devices, that the user computing device has entered the clustered geofence boundary, which comprises (i) monitoring, by a location application on the user computing device, a location of the user computing device, (ii) comparing, by the location application , the location of the user computing device with the clustered geofence boundary data, (iii) determining, by the location application , that the user computing device is at or within the clustered geofence boundary, and (iv) receiving an indication from the user computing device that the user computing device has entered the clustered geofence boundary; and instructing, by the one or more computing devices, the user computing device to provide, in response to determining that the user computing device enters the clustered geofence boundary, an alert on the user computing device regarding the associated two or more points of interest when the user device is determined to be in the clustered geofence boundary. determining , by one or more computing devices, a single geofence boundary around two or more associated points of interest to form a clustered geofence boundary encompassing the two or more associated points of interest; communicating , by the one or more computing devices, clustered geofence boundary data to a user computing device for the clustered geofence boundary encompassing the two or more associated points of interest, wherein the user computing device is separate and distinct from the one or more computing devices; determining , by the one or more computing devices, that the user computing device has entered the clustered geofence boundary, which comprises (i) monitoring, by a location application on the user computing device, a location of the user computing device, (ii) comparing, by the location application , the location of the user computing device with the clustered geofence boundary data, (iii) determining, by the location application , that the user computing device is at or within the clustered geofence boundary, and (iv) receiving an indication from the user computing device that the user computing device has entered the clustered geofence boundary; and instructing, by the one or more computing devices, the user computing device to provide, in response to determining that the user computing device enters the clustered geofence boundary, an alert on the user computing device regarding the associated two or more points of interest when the user device is determined to be in the clustered geofence boundary.
A test apparatus for applying shear forces to an electrically conductive deposit on a substrate to test the shear strength of the bond therebetween, the apparatus comprising a shear tool , and a piezo-electric crystal mounted on the shear tool , the shear tool being adapted to apply a shear force to said deposit , and said crystal being arranged to be placed under stress caused by forces of compression or tension acting along said shear tool while said shear tool is applying said shear force to said deposit , said crystal producing an electrical signal in response to said stress, said electric signal providing an indication of the shear force required to shear the deposit off the substrate , wherein said shear tool has a front face and a rear face, , the front face being adapted to apply said shear force to said deposit , characterized in that the rear face has the piezo-electric crystal mounted thereon.
Method of producing an article, comprising the steps of: - applying a layer of particles to a target surface; - introducing energy into a selected portion of the layer corresponding to a cross section of the article in a chamber to bond the particles in the selected portion; - repeating the steps of applying and introducing energy for a multitude of layers to bond the bonded portions of the adjacent layers in order to form the article; where at least some of the particles include a fusible polymer; characterized in that the fusible polymer comprises a thermoplastic polyurethane polymer having a flow temperature (point of intersection of E' and E" in DMA) of ≥ 80°C and ≤ 180°C and a Shore A hardness to DIN ISO 7619-1 of ≥ 50 Shore A and ≤ 85 Shore A and a melt volume flow rate (MVR) at a temperature T to ISO 1133 of ≥ 5 to ≤ 15 cm 3 /10 min and a change in the MVR in the event of an increase of this temperature T by 20°C of ≥ 90 cm 3 /10 min. - applying a layer of particles to a target surface; - introducing energy into a selected portion of the layer corresponding to a cross section of the article in a chamber to bond the particles in the selected portion; - repeating the steps of applying and introducing energy for a multitude of layers to bond the bonded portions of the adjacent layers in order to form the article; where at least some of the particles include a fusible polymer; characterized in that the fusible polymer comprises a thermoplastic polyurethane polymer having a flow temperature (point of intersection of E' and E" in DMA) of ≥ 80°C and ≤ 180°C and a Shore A hardness to DIN ISO 7619-1 of ≥ 50 Shore A and ≤ 85 Shore A and a melt volume flow rate (MVR) at a temperature T to ISO 1133 of ≥ 5 to ≤ 15 cm 3 /10 min and a change in the MVR in the event of an increase of this temperature T by 20°C of ≥ 90 cm 3 /10 min.
A base station comprising: a controller configured to extract at least one or more sub-bands of an unlicensed frequency being a frequency of which a use is not licensed for data transmission and being determined that are in an idle status or have a high possibility to be in the idle status by at least one terminal in a result of carrier sensing as candidates for sub-bands of the unlicensed frequency that a transmission terminal among the at least one terminal uses in data transmission with the device-to-device communications; a storage configured to store a result of carrier sensing performed by a terminal to perform device-to-device communications with a plurality of sub-bands in the unlicensed frequency; and a transmitter configured to transmit an allocation result of radio resources using licensed frequencies of which a use for the data transmission is licensed and candidates for the unlicensed frequency to a terminal when device-to-device communications using the licensed frequencies is performed in addition to the device-to-device communications using the sub-bands in the unlicensed frequency. a controller configured to extract at least one or more sub-bands of an unlicensed frequency being a frequency of which a use is not licensed for data transmission and being determined that are in an idle status or have a high possibility to be in the idle status by at least one terminal in a result of carrier sensing as candidates for sub-bands of the unlicensed frequency that a transmission terminal among the at least one terminal uses in data transmission with the device-to-device communications; a storage configured to store a result of carrier sensing performed by a terminal to perform device-to-device communications with a plurality of sub-bands in the unlicensed frequency; and a transmitter configured to transmit an allocation result of radio resources using licensed frequencies of which a use for the data transmission is licensed and candidates for the unlicensed frequency to a terminal when device-to-device communications using the licensed frequencies is performed in addition to the device-to-device communications using the sub-bands in the unlicensed frequency.
A method of laser processing an ion-exchangeable glass workpiece , the method comprising: focusing a pulsed laser beam into a laser beam focal line oriented along the beam propagation direction and directed into the ion-exchangeable glass workpiece , the laser beam focal line generating an induced absorption within the workpiece, the induced absorption producing a defect line along the laser beam focal line within the workpiece; and translating the workpiece and the laser beam relative to each other along a contour, thereby laser forming a plurality of defect lines along the contour within the workpiece, wherein a spatial periodicity between adjacent defect lines is between 0.5 micron and 20 microns. focusing a pulsed laser beam into a laser beam focal line oriented along the beam propagation direction and directed into the ion-exchangeable glass workpiece , the laser beam focal line generating an induced absorption within the workpiece, the induced absorption producing a defect line along the laser beam focal line within the workpiece; and translating the workpiece and the laser beam relative to each other along a contour, thereby laser forming a plurality of defect lines along the contour within the workpiece, wherein a spatial periodicity between adjacent defect lines is between 0.5 micron and 20 microns.
A method for manufacturing a component of a gas turbine engine , the method comprising: applying a mask to a surface of the component , the component having a designated surface to be treated by a shot peen operation, wherein the mask is applied to a protected surface of the component, the mask comprising a full masking portion configured to prevent a shot peen media from impacting the protected surface beneath the full masking portion; the method being characterised by arranging a masking control region of the mask around the designated surface, wherein the masking control region is configured to control an amount of force imparted to the component by shot peen media during the shot peen operation, wherein the masking control region extends from the full masking portion to the designated surface; and by shot peening, with the shot peen media the designated surface with a full intensity shot peen stream to form a compressive stress region within the component proximate the designated surface and shot peening the masking control region with an overspray shot peen stream to form a tapering transition of compressive forces within the component proximate the masking control region. applying a mask to a surface of the component , the component having a designated surface to be treated by a shot peen operation, wherein the mask is applied to a protected surface of the component, the mask comprising a full masking portion configured to prevent a shot peen media from impacting the protected surface beneath the full masking portion; the method being characterised by arranging a masking control region of the mask around the designated surface, wherein the masking control region is configured to control an amount of force imparted to the component by shot peen media during the shot peen operation, wherein the masking control region extends from the full masking portion to the designated surface; and by shot peening, with the shot peen media the designated surface with a full intensity shot peen stream to form a compressive stress region within the component proximate the designated surface and shot peening the masking control region with an overspray shot peen stream to form a tapering transition of compressive forces within the component proximate the masking control region.
A pane module configured to be installed on a window frame and comprising a pane element and a border element , where the pane element includes at least two sheet elements , such as sheets of glass, separated by one or more spacer members , where the pane element has an exterior side intended to face the exterior of a building in a mounted state, an interior side intended to face the interior of a building in a mounted state, and outer sides extending between the exterior side and the interior side and delimiting a pane area, where the border element surrounds the pane element , extending along at least some of its outer sides , and a thermal insulating element is encased in the border element and extends along edges of the pane element in the vicinity of at least some of the outer sides of the pane element , and that the insulating element is arranged to cover a part of the interior and/or exterior side of the pane element and extends to a distance d from the outer side , said distance d being so that the insulating element at least covers the spacer member when seen perpendicular to the interior and/or exterior side of the pane element , characterized in that the border element is made by moulding and is attached to the pane element during the moulding process, and that the thermal insulating element includes separate thermal insulating members. where the pane element includes at least two sheet elements , such as sheets of glass, separated by one or more spacer members , where the pane element has an exterior side intended to face the exterior of a building in a mounted state, an interior side intended to face the interior of a building in a mounted state, and outer sides extending between the exterior side and the interior side and delimiting a pane area, where the border element surrounds the pane element , extending along at least some of its outer sides , and a thermal insulating element is encased in the border element and extends along edges of the pane element in the vicinity of at least some of the outer sides of the pane element , and that the insulating element is arranged to cover a part of the interior and/or exterior side of the pane element and extends to a distance d from the outer side , said distance d being so that the insulating element at least covers the spacer member when seen perpendicular to the interior and/or exterior side of the pane element , characterized in that the border element is made by moulding and is attached to the pane element during the moulding process, and that the thermal insulating element includes separate thermal insulating members.
Permanent magnet for a permanent magnet machine, comprising a base body having a first side and a second side which is an opposite side with respect to the first side , wherein at least one first slit is formed in the base body such that the at least one first slit extends from the first side in the direction of the second side without an opening in the second side, so that the first slit is a blind hole ending inside the base body, characterized in that the base body comprises a first part comprising the first side and a second part comprising the second side , in that the first part has a first mounting surface which is mounted to a second mounting surface of the second part , in that between the first mounting surface and the second mounting surface a glue layer is arranged for gluing the first part and the second part together, and in that a first end of the first slit is a bottom of the blind hole at which the first slit 121 ends inside the base body 110 and wherein the first end is arranged in the second part .
Hot/cold aisle system for a data centre, including: a prefabricated self-supporting rigid frame having a top and downwardly depending sides defining an aisle , a plurality of side panels mounted edge to edge along each side between a bottom rail and a top rail of the frame to close the sides of the frame , the side panels including a plurality of window panels , and means for mounting the frame on a support, characterised in that a roof is mounted at the top of the frame to close the top of the frame , and an L-shaped receiver strip is mounted on an inner face of each of the bottom rail and the top rail for reception of a window panel therebetween, and lower and upper retaining plates are provided at the bottom rail and at the top rail respectively to secure the window panels between the bottom rail and the top rail , the lower retaining plate having a downwardly extending flap for engagement with a server cabinet in the data centre in use. a prefabricated self-supporting rigid frame having a top and downwardly depending sides defining an aisle , a plurality of side panels mounted edge to edge along each side between a bottom rail and a top rail of the frame to close the sides of the frame , the side panels including a plurality of window panels , and means for mounting the frame on a support, characterised in that a roof is mounted at the top of the frame to close the top of the frame , and an L-shaped receiver strip is mounted on an inner face of each of the bottom rail and the top rail for reception of a window panel therebetween, and lower and upper retaining plates are provided at the bottom rail and at the top rail respectively to secure the window panels between the bottom rail and the top rail , the lower retaining plate having a downwardly extending flap for engagement with a server cabinet in the data centre in use.
An electrode mixture paste, comprising a binder resin for electrodes consisting of a polyimide-based resin having a melting point of 300°C or lower, an electrode active material, and a non-polar solvent, wherein the melting point is determined by differential scanning calorimetry (DSC) under the condition that the temperature is increased from 25°C to 500°C at a rate of 20°C / min.
Method for pressing a reinforcing sleeve onto a rotor of an electric motor, the method comprising: affixing a press ring having a stop to the reinforcing sleeve , so that the stop abuts an end face of the reinforcing sleeve , and at least one ring-segment-shaped section of the press ring embraces at least one annular and/or ring-segment-shaped section of the reinforcing sleeve that terminates at the end face of the reinforcing sleeve , wherein the press ring has at least one slot connecting a first end face of the press ring to a second end face of the press ring opposite the first end face; and pressing the reinforcing sleeve onto the rotor , the reinforcing sleeve being centered relative to the rotor so that a longitudinal axis (L) of the reinforcing sleeve is aligned with a longitudinal axis (L) of the rotor , and a pressing force being applied to the press ring affixed to the reinforcing sleeve in the direction of the aligned longitudinal axes (L) so that the pressing force is introduced into the reinforcing sleeve via the stop . affixing a press ring having a stop to the reinforcing sleeve , so that the stop abuts an end face of the reinforcing sleeve , and at least one ring-segment-shaped section of the press ring embraces at least one annular and/or ring-segment-shaped section of the reinforcing sleeve that terminates at the end face of the reinforcing sleeve , wherein the press ring has at least one slot connecting a first end face of the press ring to a second end face of the press ring opposite the first end face; and pressing the reinforcing sleeve onto the rotor , the reinforcing sleeve being centered relative to the rotor so that a longitudinal axis (L) of the reinforcing sleeve is aligned with a longitudinal axis (L) of the rotor , and a pressing force being applied to the press ring affixed to the reinforcing sleeve in the direction of the aligned longitudinal axes (L) so that the pressing force is introduced into the reinforcing sleeve via the stop .
A method for transmitting and receiving signals, by a communication apparatus , using a TDD scheme using a plurality of subframes in a wireless communication system , the method comprising: receiving information related to a position of a guard period, GP, in a data zone of a specific subframe among the plurality of the subframes; and receiving downlink data or transmitting uplink data in the data zone of the specific subframe based on the information related to the position of the GP, wherein each of the plurality of subframes includes a downlink control zone, a data zone and an uplink control zone in sequence, wherein when the information related to the position of the GP indicates that the position of the GP is located between the downlink control zone and the data zone, the communication apparatus transmits the uplink data in the data zone of the specific subframe, and wherein when the information of the position of the GP indicates that the position of the GP is located between the data zone and the uplink control zone, the communication apparatus receives the downlink data in the data zone of the specific subframe, receiving information related to a position of a guard period, GP, in a data zone of a specific subframe among the plurality of the subframes; and receiving downlink data or transmitting uplink data in the data zone of the specific subframe based on the information related to the position of the GP, wherein each of the plurality of subframes includes a downlink control zone, a data zone and an uplink control zone in sequence, wherein when the information related to the position of the GP indicates that the position of the GP is located between the downlink control zone and the data zone, the communication apparatus transmits the uplink data in the data zone of the specific subframe, and wherein when the information of the position of the GP indicates that the position of the GP is located between the data zone and the uplink control zone, the communication apparatus receives the downlink data in the data zone of the specific subframe,