mhurhangee/ep-ind-claims huggingface dataset:
Measuring apparatus, comprising - a housing, - at least one internal sensor, - an electronic control unit, - at least one radio module, - an operating device and - an information carrier, wherein - the measuring apparatus is configured to be connected to external sensors in a wired manner and wirelessly, - the electronic control unit is configured to convert measurement signals of internal and external sensors into digital measurement data and to provide the digital measurement data for the information carrier, characterized in that the information carrier is configured, in the event of simultaneous availability of wired and wirelessly connected sensors having an identical measurement function, to provide and to visualize with priority either the data of the wired sensors or the data of the wirelessly connected sensors. - a housing, - at least one internal sensor, - an electronic control unit, - at least one radio module, - an operating device and - an information carrier, - the measuring apparatus is configured to be connected to external sensors in a wired manner and wirelessly, - the electronic control unit is configured to convert measurement signals of internal and external sensors into digital measurement data and to provide the digital measurement data for the information carrier,
A fastener-driving tool comprising: a housing; a power source associated with said housing and including a reciprocating driver blade; a tool nose connected to said housing and configured for receiving said driver blade for driving fasteners fed into said nose for each actuation of the tool; a magazine configured to house a collation including a plurality of the fasteners; a workpiece contact element movably connected to said nose, said workpiece contact element being movable between a rest position and an actuated position, upon engagement against a workpiece; a backup mechanism movably connected to said housing and positioned on a first side of said collation, said backup mechanism being biased against said first side of the collation; and a lockout mechanism operatively associated with the workpiece nose contact element and the magazine and movable between a first position and a second position, said lockout mechanism being in said first position in contact with an opposed second side of the collation and being biased to said second position, said lockout mechanism being held in said first position when fasteners are in the magazine by means of the backup mechanism engaging the collation, and said lockout mechanism moves to said second position when a last one of the fasteners in the collation has been driven by said driver blade and the backup mechanism no longer engages the collation, and wherein in said second position, said lockout mechanism blocks said workpiece contact element to prevent said workpiece contact element from moving to said actuated position. a housing; a power source associated with said housing and including a reciprocating driver blade; a tool nose connected to said housing and configured for receiving said driver blade for driving fasteners fed into said nose for each actuation of the tool; a magazine configured to house a collation including a plurality of the fasteners; a workpiece contact element movably connected to said nose, said workpiece contact element being movable between a rest position and an actuated position, upon engagement against a workpiece; a backup mechanism movably connected to said housing and positioned on a first side of said collation, said backup mechanism being biased against said first side of the collation; and a lockout mechanism operatively associated with the workpiece nose contact element and the magazine and movable between a first position and a second position, said lockout mechanism being in said first position in contact with an opposed second side of the collation and being biased to said second position, said lockout mechanism being held in said first position when fasteners are in the magazine by means of the backup mechanism engaging the collation, and said lockout mechanism moves to said second position when a last one of the fasteners in the collation has been driven by said driver blade and the backup mechanism no longer engages the collation, and wherein in said second position, said lockout mechanism blocks said workpiece contact element to prevent said workpiece contact element from moving to said actuated position.
An electrical heating device for a motor vehicle, which includes at least one heating element and which includes at least one printed circuit board, wherein the printed circuit board has at least one contacting area for establishing an electrical connection between the heating element and an energy source, wherein the heating element has a plurality of PTC heating elements, which are electrically conductively connected to each other by a contact element, characterised in that the contact element of the heating element is disposed at a distance from the contacting area, wherein an electrically conductive connection is established between the contact element and the contacting area with the aid of a plurality of conductor strands (7, 8), wherein the electrically conductive connection is made between a respective contacting area and a respective contact element through the arrangement of a plurality of conductor strands which are respectively connected to one of the contact elements and one of the contacting areas.
A device for measuring voltage and temperature in a power supply, the device comprising: a pin to be coupled to a temperature measuring circuit and power inputs of the power supply; a first current source internally coupled to the pin; a second current source coupled to a switch and the switch internally coupled to the pin; a first comparator internally coupled to the pin and to a first reference voltage source producing a first voltage reference; a second comparator internally coupled to the pin and to a second voltage reference source producing a second voltage reference, wherein the second comparator produces a control signal to indicate over temperature when a voltage at the pin remains below the second reference voltage for a period of time; and a controller coupled to an output of the first comparator and to a tracking register, wherein the tracking register is coupled to the first current source, wherein the controller is configured to increment a value in the tracking register when the voltage at the pin exceeds the first voltage reference, and wherein a current generated by the first current source corresponds to the value stored in the tracking register. a pin to be coupled to a temperature measuring circuit and power inputs of the power supply; a first current source internally coupled to the pin; a second current source coupled to a switch and the switch internally coupled to the pin; a first comparator internally coupled to the pin and to a first reference voltage source producing a first voltage reference; a second comparator internally coupled to the pin and to a second voltage reference source producing a second voltage reference, wherein the second comparator produces a control signal to indicate over temperature when a voltage at the pin remains below the second reference voltage for a period of time; and a controller coupled to an output of the first comparator and to a tracking register, wherein the tracking register is coupled to the first current source, wherein the controller is configured to increment a value in the tracking register when the voltage at the pin exceeds the first voltage reference, and wherein a current generated by the first current source corresponds to the value stored in the tracking register.
An apparatus comprising: a molding device having a plurality of molding portions (124, 126) that form a cavity that defines an article to be molded using a metal alloy and having a feature of a different thickness than a wall of the article with a protrusion opposite the feature, the size and shape of the protrusion being based at least in part on the thermal expansion of the metal alloy to counteract shrinkage of the article, when molding a metal alloy that is comprised primarily of magnesium; an injection device configured to output the metal alloy under pressure; and an injection distribution device that physically couples the injection device to the molding device using a runner that is configured to receive the output of the metal alloy from the injection device and a plurality of sub-runners (406, 408, 410) that are configured to receive an output of the first runner and provide that output to the molding device, wherein a cross section of the runner is equal to or less than an overall cross section of the plurality of sub-runners. a molding device having a plurality of molding portions (124, 126) that form a cavity that defines an article to be molded using a metal alloy and having a feature of a different thickness than a wall of the article with a protrusion opposite the feature, the size and shape of the protrusion being based at least in part on the thermal expansion of the metal alloy to counteract shrinkage of the article, when molding a metal alloy that is comprised primarily of magnesium; an injection device configured to output the metal alloy under pressure; and an injection distribution device that physically couples the injection device to the molding device using a runner that is configured to receive the output of the metal alloy from the injection device and a plurality of sub-runners (406, 408, 410) that are configured to receive an output of the first runner and provide that output to the molding device, wherein a cross section of the runner is equal to or less than an overall cross section of the plurality of sub-runners.
A processing machine for producing components by a layer-by-layer construction from a material powder and by a layer-by-layer solidification of the material powder by means of at least one energy beam, comprising powder-conducting elements which comprise at least one process chamber having a construction platform and having a powder coater for the layer-by-layer application of a material powder to the construction platform, and a powder reservoir for the material powder to be infed to the powder coater, at least one energy beam source for generating the at least one energy beam, and at least one beam guide for aligning the at least one energy beam toward the material powder that is applied to the construction platform, wherein the processing machine is releasably assembled from a process chamber module (11 2, 11 3) which has all powder-conducting elements of the processing machine and at least one radiating module which includes the at least one energy beam source and the at least one beam guide, characterized in that the processing machine is releasably assembled from the process chamber module (11 2, 11 3) and a plurality of radiating modules that are disposed in a row beside one another, wherein the processing part-fields on the construction platform that are in each case covered by the energy beams of two adjacent radiating modules are partially mutually overlapping.
A cap (1,1') for an endoscope fluid container, the cap (1,1'), comprising an inlet (31,33) and an outlet, wherein the cap (1,1') further comprises separating means (7,) for separating liquid or solid particles from gas passing through said inlet (31,33) into a container to which the cap (1,1') is attached, wherein said separating means is placed in, on, or adjacent a first upper wall of the cap, characterized in that said separating means is positioned adjacent the inlet (31,33) and spaced from the inlet (31,33), and in that the cap further comprises an annular recess in the inner surface of the first upper wall of the cap thereby increasing the cross-sectional area of the fluid flow path between the inlet and said separating means in the direction of fluid flow from the inlet to said separating means.
A method for encoding a set of data values into a code symbol, the method characterised by: determining a linear erasure coding scheme to be used to encode the set of data values into the code symbol based on network characteristics; determining an index sequence comprising at least one index value that describes at least one data value of the set of data values to be used to generate the code symbol using the determined linear erasure coding scheme; determining a value sequence comprising at least one factor to be multiplied by the at least one data value to generate the code symbol; generating the code symbol from the at least one data value described by the at least one index value of the index sequence and the corresponding at least one factor of the value sequence and using the determined linear erasure coding scheme; and generating a packet header for a code packet comprising the code symbol, wherein the packet header describes the index sequence, the value sequence and the determined linear erasure coding scheme. determining a linear erasure coding scheme to be used to encode the set of data values into the code symbol based on network characteristics; determining an index sequence comprising at least one index value that describes at least one data value of the set of data values to be used to generate the code symbol using the determined linear erasure coding scheme; determining a value sequence comprising at least one factor to be multiplied by the at least one data value to generate the code symbol; generating the code symbol from the at least one data value described by the at least one index value of the index sequence and the corresponding at least one factor of the value sequence and using the determined linear erasure coding scheme; and generating a packet header for a code packet comprising the code symbol, wherein the packet header describes the index sequence, the value sequence and the determined linear erasure coding scheme.
A fluid dispenser device comprising: a body that is provided with a dispenser orifice; a reservoir containing fluid and a propellant gas; and a metering valve that is assembled on said reservoir; said reservoir being movable in said body so as to actuate the metering valve and dispense a dose of fluid through said dispenser orifice, said metering valve including a valve member that slides in said metering valve during actuation; said device further comprising at least one sealing element (40, 41, 42) so as to form a leaktight seal, the device being characterized in that at least one sealing element (40, 41, 42) of said device comprises COC elastomer.
A compressor comprising; a closed vessel; a compression element placed in the closed vessel; and a motor which is placed in the closed vessel and drives the compression element via a shaft, wherein a suction pipe that sucks a refrigerant gas is attached to a suction mouth of the closed vessel, the compression element comprises a first and a second cylinder chamber (122, 222) for compressing the refrigerant gas and a first muffler chamber that reduces pulsation of the refrigerant gas discharged from the first and second cylinder chambers (122, 222), the first muffler chamber and the first cylinder chamber communicating with each other via a delivery port, the first muffler chamber and a second muffler chamber communicating with each other via two hole portions, the second muffler chamber has the hole portions as suction mouths that suck the refrigerant gas and two outlets that discharge the refrigerant gas into the closed vessel, the hole portions are positioned 180° oppositely from each other with respect to a rotation axis of the shaft that coincides with a central axis of the closed vessel, the outlets are positioned 180° oppositely from each other with respect to the rotation axis of the shaft, a line that connects the two hole portions is perpendicular to a line that connects the two outlets, in orthogonal projection to a plane that is perpendicular to a central axis of the closed vessel and passes through a center of the suction mouth, characterised by a direction (D 0) that connects centers of the two outlets is shifted with respect to a first direction (D 1) that is a central axis direction of the portion of the suction pipe located in the vicinity of the suction mouth and a second direction (D 2) perpendicular to the first direction (D 1); the direction (D 0), the first direction (D 1) and the second direction (D 2) lying in the plane that is perpendicular to the central axis; and the second cylinder chamber and a third muffler chamber communicate with each other over a delivery port and the third muffler chamber and the first muffler chamber communicate with each other over a hole portion.
Use of a surface-treated calcium carbonate for water purification and/or dewatering of sludges and/or sediments, wherein at least 1 % of the accessible surface area of the calcium carbonate is covered by a coating comprising at least one cationic polymer, wherein the surface-treated calcium carbonate comprises surface-modified calcium carbonate that has been processed with cationic polymers through an additional treatment step, and wherein the surface-modified calcium carbonate is obtained by reacting a natural calcium carbonate and/or precipitated calcium carbonate with an acid and with carbon dioxide prior to the preparation of the surface-treated calcium carbonate, wherein the carbon dioxide is formed in situ by the acid treatment and/or is supplied from an external source.
A mobile station in a mobile communication system which uses single-carrier FDMA as an uplink radio access scheme and in which multiple frequency blocks are arranged in a frequency direction and repeated in a time direction within an uplink system band, characterized by: a receiving unit configured to receive from a base station both a transmission interval between scheduling requests and an instruction regarding a frequency of a frequency block in which the scheduling request is to be transmitted, while the mobile station maintains synchronization with the base station during a period of no data communication; a mapping unit (204, 206) configured to map a contention-free L1/L2 control channel including the scheduling request onto a frequency block corresponding to the transmission interval and the frequency which are received by the receiving unit; and a transmitting unit configured to transmit a signal of the control channel mapped by the mapping unit. a receiving unit configured to receive from a base station both a transmission interval between scheduling requests and an instruction regarding a frequency of a frequency block in which the scheduling request is to be transmitted, while the mobile station maintains synchronization with the base station during a period of no data communication; a mapping unit (204, 206) configured to map a contention-free L1/L2 control channel including the scheduling request onto a frequency block corresponding to the transmission interval and the frequency which are received by the receiving unit; and a transmitting unit configured to transmit a signal of the control channel mapped by the mapping unit.
A touchscreen comprising: a base material having a first side and a second side; a first coating applied to the first side of the base material, the first coating configured to generate an input signal; a second coating applied to the second side of the base material; a third coating, located on the first side of the base material, separated from the first coating by an insulator, wherein the first coating, the second coating and the third coating are made of electrically conductive material; and a controller configured to: apply a base signal to one of the coatings and a further one of the coatings, such that the base signal heats up the base material to remove or hinder condensation or frost on the touchscreen; receive a combined signal, the combined signal including the base signal and the input signal, and filter the input signal from the combined signal. a base material having a first side and a second side; a first coating applied to the first side of the base material, the first coating configured to generate an input signal; a second coating applied to the second side of the base material; a third coating, located on the first side of the base material, separated from the first coating by an insulator, wherein the first coating, the second coating and the third coating are made of electrically conductive material; and a controller configured to: apply a base signal to one of the coatings and a further one of the coatings, such that the base signal heats up the base material to remove or hinder condensation or frost on the touchscreen; receive a combined signal, the combined signal including the base signal and the input signal, and filter the input signal from the combined signal. apply a base signal to one of the coatings and a further one of the coatings, such that the base signal heats up the base material to remove or hinder condensation or frost on the touchscreen; receive a combined signal, the combined signal including the base signal and the input signal, and filter the input signal from the combined signal.
A transmitting apparatus comprising: an image data obtaining unit that obtains left-eye image data and right-eye image data which form a stereo image; a disparity information obtaining unit that obtains, for each of one or more pictures of the obtained image data, disparity information about one of a left-eye image and a right-eye image with respect to the other; characterized in that the disparity information including first disparity information corresponding to the nearest object reproduction position in a plurality of areas of a picture display screen, and second disparity information corresponding to the farthest object reproduction position in the picture display screen, wherein the disparity information obtaining unit obtains the first disparity information about each of a plurality of partitioned areas that are obtained by partitioning the picture display screen using partition information, and also obtains the second disparity information about the entire picture display screen; a disparity information inserting unit that inserts the obtained first and second disparity information into a video stream which is obtained by encoding the obtained image data; and an image data transmitting unit that transmits a container, the container including the video stream into which the first and second disparity information have been inserted. an image data obtaining unit that obtains left-eye image data and right-eye image data which form a stereo image; a disparity information obtaining unit that obtains, for each of one or more pictures of the obtained image data, disparity information about one of a left-eye image and a right-eye image with respect to the other; characterized in that the disparity information including first disparity information corresponding to the nearest object reproduction position in a plurality of areas of a picture display screen, and second disparity information corresponding to the farthest object reproduction position in the picture display screen, wherein the disparity information obtaining unit obtains the first disparity information about each of a plurality of partitioned areas that are obtained by partitioning the picture display screen using partition information, and also obtains the second disparity information about the entire picture display screen; a disparity information inserting unit that inserts the obtained first and second disparity information into a video stream which is obtained by encoding the obtained image data; and an image data transmitting unit that transmits a container, the container including the video stream into which the first and second disparity information have been inserted.