mhurhangee/ep-ind-claims huggingface dataset:
A mobile wireless communications device for use with a telephone terminal arranged to place telephone calls which identify the calling party by transmitting a caller identification, ID, to a call receiving party, the mobile wireless communications device having a second near field communication, NFC, device and a second caller identification, ID, identifying the mobile wireless communications device, the mobile wireless communications device comprising: a controller arranged to couple with said second NFC device and configured to communicate to the telephone terminal the second caller ID, wherein the second caller ID is different to a first caller ID identifying the telephone terminal, for causing the telephone terminal to place a telephone call over a telephone network and cooperate with the telephone network to identify the mobile wireless communications device to the call receiving party as the calling party by replacing the first caller ID with the second caller ID as the caller identification when placing the telephone call based upon the NFC communication between a first NFC device associated with the telephone terminal and said second NFC device. a controller arranged to couple with said second NFC device and configured to communicate to the telephone terminal the second caller ID, wherein the second caller ID is different to a first caller ID identifying the telephone terminal, for causing the telephone terminal to place a telephone call over a telephone network and cooperate with the telephone network to identify the mobile wireless communications device to the call receiving party as the calling party by replacing the first caller ID with the second caller ID as the caller identification when placing the telephone call based upon the NFC communication between a first NFC device associated with the telephone terminal and said second NFC device.
A television, comprising a television main body having a plurality of signal terminals and being used for displaying audio and video information and a plurality of independent and separate connection pillars for fixedly mounting the television main body on a wall, characterised in that at least one of the connection pillars is provided with a through hole for guiding a signal line connecting the signal terminals into the wall, and the through hole penetrates through the connection pillar in an axial direction of the connection pillar, wherein one surface close to the wall of the television main body is a back surface, and wherein connection sleeves are provided at positions corresponding to the connection pillars on the back surface of the television main body, and the connection sleeves are sleeved on the corresponding connection pillars.
Piston for an internal combustion engine, - having a piston head, followed radially on the outside, in the direction facing away from the piston head, by a ring belt, - having two pin bosses, formed on the piston head in the direction facing away from the piston head, which lie opposite one another and each having a pin bore for mounting a piston pin and - having a piston skirt that connects the pin bosses to one another, - wherein a turned groove (10, 10') is formed in each of the radially inner areas of the lower halves of the pin bores, facing away from the piston head, characterised in that the turned grooves are configured to be circular-cylindrical, with a cylinder axis that is parallel to the pin bore axis and have the form of a step in cross-section. - having a piston head, followed radially on the outside, in the direction facing away from the piston head, by a ring belt, - having two pin bosses, formed on the piston head in the direction facing away from the piston head, which lie opposite one another and each having a pin bore for mounting a piston pin and - having a piston skirt that connects the pin bosses to one another, - wherein a turned groove (10, 10') is formed in each of the radially inner areas of the lower halves of the pin bores, facing away from the piston head,
Mounting device having at least one screw tool for mounting an extensive heat shield element of a heat shield having a multiplicity of heat shield elements arranged adjacent to one another, with the aid of at least one screw connection in the direction of a normal to the surface of a supporting structure, wherein the heat shield element has at least one access opening for the passage of the at least one screw tool, characterized by a frame with means for holding the at least one screw tool and at least one retaining device (13, 15) which is designed to secure a heat shield element to the frame such that the position of the at least one screw tool and of the at least one retaining device (13, 15) relative to one another can be maintained, wherein the at least one screw tool, in its holder, can be inserted with its tool tip into a shaped recess formed in the head of a screw connection, and wherein the retaining device (13, 15) for securing the heat shield element on the frame is formed as a suction cup and at least one means for holding at least one screw tool relative to the frame is formed such that it can rotate and/or tip and/or be shifted in translation, and four screw tools are provided for four respective corresponding attachment screws and/or Belleville washer stacks.
A composition for use in the therapeutic treatment of a cancer or a tumor in a patient, said composition comprising an isolated Dual-Specificity Tyrosine-Phosphorylation-Regulated Protein Kinase 1 (DYRK1) protein, wherein the DYRK1 increases degradation of Hypoxia-Inducible Factor-α (HIFα) in cancer cells or tumor cells in the patient and/or decreases half-life of HIFα in the cancer cells or the tumor cells in the patient. an isolated Dual-Specificity Tyrosine-Phosphorylation-Regulated Protein Kinase 1 (DYRK1) protein, wherein the DYRK1 increases degradation of Hypoxia-Inducible Factor-α (HIFα) in cancer cells or tumor cells in the patient and/or decreases half-life of HIFα in the cancer cells or the tumor cells in the patient.
Transmission arrangement for a driven power tool having a rotationally and/or percussively driven tool that is attachable releasably to the power tool, comprising: - a driven shaft; - a drive spindle for rotationally driving a releasably attached tool, wherein the drive spindle has a coaxial sprocket, and also - an intermediate shaft that is capable of transmitting a drive torque from the driven shaft to the drive spindle; and - a countershaft having a coaxial gear wheel and a wobble drive device connected thereto for conjoint rotation, wherein the wobble drive device is capable of converting a rotary movement of the countershaft into a translational movement and of transmitting the latter to the drive spindle for the percussive operation of the tool, characterized in that the intermediate shaft has a first gear wheel, which is able to be brought into engagement with the coaxial sprocket of the drive spindle, and a second gear wheel, which is able to be brought into engagement with the coaxial sprocket of the countershaft, wherein the first and the second gear wheel (24, 42) are arranged so as to be displaceable in an axial direction relative to the drive spindle and the countershaft. - a driven shaft; - a drive spindle for rotationally driving a releasably attached tool, wherein the drive spindle has a coaxial sprocket, and also - an intermediate shaft that is capable of transmitting a drive torque from the driven shaft to the drive spindle; and - a countershaft having a coaxial gear wheel and a wobble drive device connected thereto for conjoint rotation, wherein the wobble drive device is capable of converting a rotary movement of the countershaft into a translational movement and of transmitting the latter to the drive spindle for the percussive operation of the tool,
A mouse whose genome comprises: (a) a plurality of human IgH V regions, one or more human D regions and one or more human J regions upstream of the mouse constant region, (b) wherein the mouse comprises an insertion of the human heavy chain DNA between the mouse constant region and the last, 3', mouse J region, (c) wherein the mouse is able to produce a repertoire of chimaeric antibodies, or chimaeric heavy chains having a mouse constant region and a human variable region, (d) and wherein human lambda region variable DNA is inserted in functional arrangement upstream of a mouse kappa constant region. (a) a plurality of human IgH V regions, one or more human D regions and one or more human J regions upstream of the mouse constant region, (b) wherein the mouse comprises an insertion of the human heavy chain DNA between the mouse constant region and the last, 3', mouse J region, (c) wherein the mouse is able to produce a repertoire of chimaeric antibodies, or chimaeric heavy chains having a mouse constant region and a human variable region, (d) and wherein human lambda region variable DNA is inserted in functional arrangement upstream of a mouse kappa constant region.
A dielectric transducer (1; 1a; 1b) for use in a sensor, actuator or generator comprising a plurality of layers of transducer foils (2, 3, 4; 2a, 3a, 4a; 2b, 3b, 4b, 20), wherein on at least one side of each transducer foil (2, 3, 4; 2a, 3a, 4a; 2b, 3b, 4b, 20) an electrically contactable and conductive layer forming an electrode layer (6, 7; 6a, 7a; 6b, 7b, 20) is applied, and at least two contact elements (11, 12; 11a; 11b) are present, each of which is at least partially located in a recess (9, 10; 9a) or in a through-channel and extending over at least one layer of transducer foils (2, 3, 4; 2a, 3a, 4a; 2b, 3b, 4b, 20), neighbouring electrode layers (6, 7; 6a, 7a; 6b, 7b, 20) being electrically conductively connected to different contact elements (11, 12; 11a; 11b) are electrically conductively connected, characterised in that a means for stiffening and for electrically contacting the transducer (1; 1a; 1b) with an electrical or electronic component is provided on one side, the stiffening and contacting means being in the form of a circuit board.
Heat-recovery apparatus associable with a boiler for recovering heat from combustion fumes exiting said boiler, comprising containing means (9; 51) suitable for containing heat-exchanger means and provided with an outlet conduit for enabling combustion fumes to exit said apparatus, wherein said apparatus comprises a substantially cylindrical portion that envelops said heat-exchanger means so as to form an annular gap around said heat-exchanger means, wherein said heat-exchanger means comprises at least a heat exchanger for boiler, comprising a plurality of exchanger conduits (2; 2') adjacent and parallel to an axis, that are fixed at opposite ends (2a, 2b) to manifold means (3, 4; 3', 4') arranged for conveying a fluid to be heated through said exchanger conduits (2; 2'), which are arranged around said axis so as to form an internal space (5; 5') arranged for receiving combustion fumes entering said exchanger and for enabling a substantially radial and uniform distribution of said combustion fumes exiting through said exchanger conduits (2; 2'), said manifold means comprising first manifold means (3; 3') and second manifold means (4; 4') to which there are respectively fixed a first end (2a; 2a') and a second end (2b; 2b') of each exchanger conduit (2; 2'), said first manifold means (3; 3') and said second manifold means (4; 4') comprising respective annular chambers (13, 14; 13', 14') into which said ends (2a, 2b; 2a', 2b') lead, wherein said first manifold means (3; 3') comprises a central opening (38; 38') for enabling fumes to enter said internal space and wherein said second manifold means (4; 4') comprises a respective central opening, characterized in that said annular gap extends beyond said second manifold means (4; 4') and communicates with said respective central opening through a bottom gap defined between said second manifold means (4; 4') and a bottom portion of said containing means (9; 51).
A fishing reel, comprising: a handle; a spool on which a fishing line is capable of being wound; a reel body having an opening, and housing an internal mechanism configured to convert a rotational force applied to the handle into movement to wind the fishing line onto the spool; a lid member configured to close the opening of the reel body; and a seal member disposed between abutting surfaces of the reel body and the lid member, and including a shape-retaining portion configured to hold a shape of the seal member and a sealing material having elasticity, characterized in that the shape-retaining portion comprises a first surface facing the reel body and a second surface facing the lid member, and in that the sealing material comprises a first sealing material disposed on the first surface and a second sealing material disposed on the second surface. a handle; a spool on which a fishing line is capable of being wound; a reel body having an opening, and housing an internal mechanism configured to convert a rotational force applied to the handle into movement to wind the fishing line onto the spool; a lid member configured to close the opening of the reel body; and a seal member disposed between abutting surfaces of the reel body and the lid member, and including a shape-retaining portion configured to hold a shape of the seal member and a sealing material having elasticity, characterized in that the shape-retaining portion comprises a first surface facing the reel body and a second surface facing the lid member, and in that the sealing material comprises a first sealing material disposed on the first surface and a second sealing material disposed on the second surface.
Inertisation method for use in an inertisation system in accordance with claim 8, in particular for preventing fires, wherein an inert product gas flow, in particular ignition-resistant, deriving from a mixed gas flow, is produced, said mixed gas flow containing at least one reactive gas constituent part and an inert gas constituent part, wherein - ambient air is used as the mixed gas flow, of which the reactive gas constituent part is oxygen, and the inert gas constituent part is nitrogen, - the mixed gas flow is conveyed under the imposition of pressure to at least one gas separation unit (110, 120, 410), and the reactive gas constituent part is at least partially separated from the mixed gas flow by means of a separation medium, - the gas constituent parts which are not or cannot be separated from the mixed gas flow are taken from the at least one gas separation unit (110, 120, 140) as a product gas flow, and - the reactive gas constituent parts separated from the mixed gas flow are taken from the at least one gas separation unit (110, 120, 140) as a by-product gas flow, characterized in that - the product gas flow taken from the at least one gas separation unit (110, 120, 140) is conveyed into a vortex tube, - inside the vortex tube it is divided and/or separated into a hot product gas part flow and into a cold product gas part flow, and - the hot and/or the cold product gas part flow (162, 163) is introduced into the enclosed space wholly or partially and/or from time to time at a temperature corresponding to the ambient temperature prevailing in an enclosed space, or optionally at a temperature contributing to the cooling or heating of the enclosed space, in order to regulate the ambient temperature and its inertisation. - ambient air is used as the mixed gas flow, of which the reactive gas constituent part is oxygen, and the inert gas constituent part is nitrogen, - the mixed gas flow is conveyed under the imposition of pressure to at least one gas separation unit (110, 120, 410), and the reactive gas constituent part is at least partially separated from the mixed gas flow by means of a separation medium, - the gas constituent parts which are not or cannot be separated from the mixed gas flow are taken from the at least one gas separation unit (110, 120, 140) as a product gas flow, and - the reactive gas constituent parts separated from the mixed gas flow are taken from the at least one gas separation unit (110, 120, 140) as a by-product gas flow, characterized in that - the product gas flow taken from the at least one gas separation unit (110, 120, 140) is conveyed into a vortex tube, - inside the vortex tube it is divided and/or separated into a hot product gas part flow and into a cold product gas part flow, and - the hot and/or the cold product gas part flow (162, 163) is introduced into the enclosed space wholly or partially and/or from time to time at a temperature corresponding to the ambient temperature prevailing in an enclosed space, or optionally at a temperature contributing to the cooling or heating of the enclosed space, in order to regulate the ambient temperature and its inertisation.
Method of writing data to an optical storage medium which comprises a storage space with blocks having hardware addresses, the hardware addresses being addresses incorporated in physical hardware features of the optical storage medium, the storage space comprising a pre-embossed area which is not writeable, the pre-embossed area comprising information relating to the optical storage medium, the data to be written comprising data addresses; characterized in that data having data addresses DA=X are stored in storage space blocks having hardware addresses HA=X+Δ, wherein Δ is an integer at least equal to 1, the data to be written comprise at least one lead-in block comprising at least one byte which contains information relating to the disc itself, said at least one lead-in block having a data address DA=X corresponding to a hardware address HA=X within said pre-embossed area; and wherein Δ is selected such that said at least one lead-in block is stored in a storage space block having a hardware address HA=X+Δ outside said pre-embossed area.
Electronic pressure sensor comprising a body connectable on one side to a fluid source and housing on the opposite side; a ceramic cell with a pressure sensitive element; a mechanical support for the ceramic cell, the body housing the mechanical support; and an electrical connector element coupled to said pressure-sensitive element, wherein said ceramic cell is square in shape and is made up of two superimposed plates comprising a lower thin plate or membrane constituting said pressure-sensitive element and an upper plate of greater thickness, on said sensitive membrane being arranged four resistors (R1, R2, R3, R4) of a Wheatstone bridge, with two resistors (R1, R2) arranged centrally and close one to the other and the others two resistors (R3, R4) arranged radially distant towards the exterior, characterised in that the line joining the two most distant resistors (R3, R4) is arranged along a diagonal of the square and that said ceramic cell is glued to the support in a perimeter area (70; 70') such as to leave a central area containing said resistors (R1-R4) free from glue, having a square shape having its diagonal coincident with said diagonal of the square or an elliptical shape, with the major axis of the ellipse coincident with said diagonal of the square.
A method for sending trigger message to a Machine Type Communication User Equipment, comprising: sending, by an MTC server, the trigger message to an MTC InterWorking Function (MTC-IWF); packaging, by the MTC-IWF, the trigger message as a short message, and sending, by the MTC-IWF, the short message to a serving node of the MTC UE via an interface T5; and after receiving the trigger message sent by the MTC-IWF via the short message, sending, by the serving node, the trigger message to the MTC UE via control signalling or a short message, wherein the step of sending, by the serving node, the trigger message to the MTC UE via control signalling or a short message comprises: when the serving node determines that both the serving node and the MTC UE support a short message service, sending, by the serving node, the MTC UE the trigger message via the short message; otherwise when the serving node determines that not both the serving node and the MTC UE support a short message service, sending, by the serving node, the MTC UE the trigger message via the control signalling. sending, by an MTC server, the trigger message to an MTC InterWorking Function (MTC-IWF); packaging, by the MTC-IWF, the trigger message as a short message, and sending, by the MTC-IWF, the short message to a serving node of the MTC UE via an interface T5; and after receiving the trigger message sent by the MTC-IWF via the short message, sending, by the serving node, the trigger message to the MTC UE via control signalling or a short message, wherein the step of sending, by the serving node, the trigger message to the MTC UE via control signalling or a short message comprises: when the serving node determines that both the serving node and the MTC UE support a short message service, sending, by the serving node, the MTC UE the trigger message via the short message; otherwise when the serving node determines that not both the serving node and the MTC UE support a short message service, sending, by the serving node, the MTC UE the trigger message via the control signalling.
A microelectronic structure comprising: a microelectronic substrate having a cavity defined therein extending from a first surface of the microelectronic substrate, wherein the cavity includes at least one sidewall and a bottom surface, wherein the microelectronic substrate includes a plurality of conductive routes extending from the substrate first surface and a plurality of conductive routes (136,124,184) extending from the substrate cavity bottom surface; a bridge, disposed within the microelectronic substrate cavity, having a plurality of signal lines formed on or in a first surface of the bridge and a plurality of through-bridge conductive vias extending from the bridge first surface to an opposing second surface of the bridge, wherein the plurality of through-bridge conductive vias are electrically connected to the plurality of conductive routes (136,124,184) extending from the substrate cavity bottom surface; and a plurality of microelectronic devices, wherein each of the plurality of microelectronic devices are electrically connected to at least one of the plurality of conductive routes extending from the substrate first surface, at least one of the plurality of the bridge signal lines., and at least one of the plurality of through-bridge conductive vias. a microelectronic substrate having a cavity defined therein extending from a first surface of the microelectronic substrate, wherein the cavity includes at least one sidewall and a bottom surface, wherein the microelectronic substrate includes a plurality of conductive routes extending from the substrate first surface and a plurality of conductive routes (136,124,184) extending from the substrate cavity bottom surface; a bridge, disposed within the microelectronic substrate cavity, having a plurality of signal lines formed on or in a first surface of the bridge and a plurality of through-bridge conductive vias extending from the bridge first surface to an opposing second surface of the bridge, wherein the plurality of through-bridge conductive vias are electrically connected to the plurality of conductive routes (136,124,184) extending from the substrate cavity bottom surface; and a plurality of microelectronic devices, wherein each of the plurality of microelectronic devices are electrically connected to at least one of the plurality of conductive routes extending from the substrate first surface, at least one of the plurality of the bridge signal lines., and at least one of the plurality of through-bridge conductive vias.