mhurhangee/ep-ind-claims huggingface dataset:
- An attachment system for producing stretched coverings, comprising rigid profiles and at least one flexible fabric bordered by a peripheral anchoring strap, said profiles having, when the flexible fabric is attached to them, a front face, a rear face and a flat upper face, as well as a lower edge and an upper rear edge, the section of said rigid profiles having, at the top, an upper groove provided with means complementary to the anchoring strap to allow the fastening of a first element, the front face of said profile defining a rearwardly inclined flank with respect to a vertical axis with an Alpha s angle of between 210° and 250°, extending between the area comprising said upper groove and the lower edge of the profile, the rear face of the said profile having a lower part opening downwards through a lower groove provided with means complementary to the anchoring strap to allow the fastening of a stretched canvas, characterised in that the rear face has an upper portion delimited from the lower portion by an inflection line, said lower portion extending between the inflection line and the lower edge and being inclined rearwardly with respect to the vertical axis at an angle Alpha 2 between 200° and Alpha s + 30°, the upper portion extending between the inflection line and the upper rear edge, said upper portion forming an angle Alpha 3 with respect to the vertical axis of between Alpha 2 - 10° and 180°. said profiles having, when the flexible fabric is attached to them, a front face, a rear face and a flat upper face, as well as a lower edge and an upper rear edge, the section of said rigid profiles having, at the top, an upper groove provided with means complementary to the anchoring strap to allow the fastening of a first element, the front face of said profile defining a rearwardly inclined flank with respect to a vertical axis with an Alpha s angle of between 210° and 250°, extending between the area comprising said upper groove and the lower edge of the profile, the rear face of the said profile having a lower part opening downwards through a lower groove provided with means complementary to the anchoring strap to allow the fastening of a stretched canvas, characterised in that the rear face has an upper portion delimited from the lower portion by an inflection line, said lower portion extending between the inflection line and the lower edge and being inclined rearwardly with respect to the vertical axis at an angle Alpha 2 between 200° and Alpha s + 30°, the upper portion extending between the inflection line and the upper rear edge, said upper portion forming an angle Alpha 3 with respect to the vertical axis of between Alpha 2 - 10° and 180°.
Distributed measurement system, comprising at least two measurement sensors (7, 7 I, 7", 7 III, 7 IV) for measuring in each case at least two parameters (U, T) of a battery (3, 3 I, 3 II, 3 III, 3 IV), and comprising a measured data collector, which is connected via power supply lines (15, 15 I), wherein there is a wired data bus between the measurement sensors (7, 7 I, 7 II, 7 III, 7 IV) and the measured data collector, wherein measured data is transmitted via the data bus from at least one of the measurement sensors (7, 7 I, 7 II, 7 III, 7 IV) to the measured data collector, characterized in that at least one of the measurement sensors (7, 7 I, 7 II, 7 III, 7 IV) is designed to transmit at least two different measured data sets, a first measured data set and a second measured data set, at different points in time via the data bus, which measured data sets include a determined measurement point (M 1 I) as a value for a secant value (T 1 I) with temporal lengths that differ from measured data set to measured data set. comprising at least two measurement sensors (7, 7 I, 7", 7 III, 7 IV) for measuring in each case at least two parameters (U, T) of a battery (3, 3 I, 3 II, 3 III, 3 IV), and comprising a measured data collector, which is connected via power supply lines (15, 15 I), wherein there is a wired data bus between the measurement sensors (7, 7 I, 7 II, 7 III, 7 IV) and the measured data collector, wherein measured data is transmitted via the data bus from at least one of the measurement sensors (7, 7 I, 7 II, 7 III, 7 IV) to the measured data collector, characterized in that at least one of the measurement sensors (7, 7 I, 7 II, 7 III, 7 IV) is designed to transmit at least two different measured data sets, a first measured data set and a second measured data set, at different points in time via the data bus, which measured data sets include a determined measurement point (M 1 I) as a value for a secant value (T 1 I) with temporal lengths that differ from measured data set to measured data set.
An electronic device comprising: a housing including an opening; a key button movably inserted into the opening, the key button including a head and an extension extended from the head to pass through the opening; a sealing member disposed within the opening between an inner face of the opening and an outer face of the extension; a push switch disposed within the housing, and pressed by the extension when the key button is moved; and a separation prevention member coupled to the housing to prevent key button from being separated from the housing, characterised in that the separation prevention member comprises: a fixed portion fixed to an inner face of the housing; and a second extension extended from the fixed portion and coupled to recesses formed on a portion of the extension that is protruded out of the opening. a housing including an opening; a key button movably inserted into the opening, the key button including a head and an extension extended from the head to pass through the opening; a sealing member disposed within the opening between an inner face of the opening and an outer face of the extension; a push switch disposed within the housing, and pressed by the extension when the key button is moved; and a separation prevention member coupled to the housing to prevent key button from being separated from the housing, characterised in that the separation prevention member comprises: a fixed portion fixed to an inner face of the housing; and a second extension extended from the fixed portion and coupled to recesses formed on a portion of the extension that is protruded out of the opening. a fixed portion fixed to an inner face of the housing; and a second extension extended from the fixed portion and coupled to recesses formed on a portion of the extension that is protruded out of the opening.
A cordless power tool, comprising: a tool housing; a motor mounted to said tool housing; a tool electronic control disposed within said tool housing; and a battery pack connected to said tool housing, said battery pack including a battery electronic control connectable to said tool electronic control; wherein there is further provided a temperature sensor in said battery pack, said temperature sensor providing a temperature signal to said battery electronic control; characterised in that wherein said temperature sensor is connectable to said tool electronic control for providing said temperature signal to said tool electronic control. a tool housing; a motor mounted to said tool housing; a tool electronic control disposed within said tool housing; and a battery pack connected to said tool housing, said battery pack including a battery electronic control connectable to said tool electronic control; wherein there is further provided a temperature sensor in said battery pack, said temperature sensor providing a temperature signal to said battery electronic control; characterised in that wherein said temperature sensor is connectable to said tool electronic control for providing said temperature signal to said tool electronic control.
An adjustment mechanism for use in exercise devices comprising a body, a hollow body interior formed in the body, at least one screw hole formed on one side of the body, at least one tightening screw passed through said screw hole, a knob rigidly connected to said tightening screw to turn the screw, at least one tightening member on which the tip portion of said tightening screw rests in the interior characterized in that the adjustment mechanism further comprises at least one guide rigidly connected to said tightening member, and at least one guide hole formed on said body to support said guide in a free fit, wherein a support bar having at least one groove can be freely passed trough the hollow body interior in said body.
A preparation method for a silver-metal oxide electrical contact material, comprising: mixing a silver-containing precursor solution, being a silver ammonia complex solution, with a metal oxide precursor solution; reacting a reducing agent with the mixed solution to obtain silver powder coated with a metal oxide precursor; and heat treating the silver powder in a non-reducing atmosphere to obtain the silver-metal oxide electrical contact material, wherein the metal oxide precursor solution is a metal acetate solution, wherein the metal is one or more of Zn, Cu, In, Ni, W, and Mo, or the metal oxide precursor solution is a metal nitrate solution, wherein the metal is one or more of Cu, In, Ni, W, and Mo, wherein the reducing agent is added into the mixed solution containing silver ammonia ions and the metal oxide precursor to conduct the reduction precipitation reaction with a reaction time of 0.5 to 24 h. mixing a silver-containing precursor solution, being a silver ammonia complex solution, with a metal oxide precursor solution; reacting a reducing agent with the mixed solution to obtain silver powder coated with a metal oxide precursor; and heat treating the silver powder in a non-reducing atmosphere to obtain the silver-metal oxide electrical contact material,
A mobile station comprising: a cyclic prefix length determiner unit configured to determine a length of a cyclic prefix to be inserted in an uplink signal; and a cyclic prefix adder unit configured to generate the uplink signal by adding a cyclic prefix to any one of an inputted signal modulated by DFT-Spread OFDM, Single Carrier FDMA, scheme and an inputted signal modulated by OFDM scheme, the cyclic prefix having the length determined by the cyclic prefix length determiner unit, wherein the cyclic prefix length determiner unit is configured to set the length of the cyclic prefix to be inserted in the uplink signal independently of a length of a cyclic prefix inserted in a downlink signal, and the cyclic prefix length determiner unit is configured to set the length of the cyclic prefix to be inserted in the uplink signal to a length specified in dedicated control information transmitted by a radio base station (eNB) at a time of a handover. a cyclic prefix length determiner unit configured to determine a length of a cyclic prefix to be inserted in an uplink signal; and a cyclic prefix adder unit configured to generate the uplink signal by adding a cyclic prefix to any one of an inputted signal modulated by DFT-Spread OFDM, Single Carrier FDMA, scheme and an inputted signal modulated by OFDM scheme, the cyclic prefix having the length determined by the cyclic prefix length determiner unit, wherein the cyclic prefix length determiner unit is configured to set the length of the cyclic prefix to be inserted in the uplink signal independently of a length of a cyclic prefix inserted in a downlink signal, and the cyclic prefix length determiner unit is configured to set the length of the cyclic prefix to be inserted in the uplink signal to a length specified in dedicated control information transmitted by a radio base station (eNB) at a time of a handover.
A continuous process for producing insulated pipes comprising a conveying pipe, a jacketing pipe, a layer made of at least one polyurethane between conveying pipe and jacketing pipe, and a foil tube between the at least one polyurethane and the jacketing pipe, comprising at least the following steps: in a gripper-belt system, providing a foil tube formed continuously from a foil, and providing a conveying pipe, where the arrangement has the conveying pipe within the foil tube in such a way that an annular gap is formed between conveying pipe and foil tube, charging a polyurethane system comprising at least one isocyanate component (a) and at least one polyol mixture (b) to the annular gap, foaming the polyurethane system and allowing the same to harden, and applying a layer made of at least one thermoplastic to the foil tube via extrusion, in order to form the jacketing pipe, which comprises using a multiple nozzle system having curvature corresponding to the radius of the annular gap to charge the material in step, where the multiple nozzle system comprises an arc section of from 20 to 180°C of the annular gap, and the arrangement of the apertures of the multiple nozzle system is such that the polyurethane system is charged in the direction of the foil tube. in a gripper-belt system, providing a foil tube formed continuously from a foil, and providing a conveying pipe, where the arrangement has the conveying pipe within the foil tube in such a way that an annular gap is formed between conveying pipe and foil tube, charging a polyurethane system comprising at least one isocyanate component (a) and at least one polyol mixture (b) to the annular gap, foaming the polyurethane system and allowing the same to harden, and applying a layer made of at least one thermoplastic to the foil tube via extrusion, in order to form the jacketing pipe,
Measuring arrangement for measuring a rotational position and/or a rotation speed of a crankshaft, comprising a plurality of coils, wherein the crankshaft can rotate about a rotation axis and has a measuring section, wherein an electromagnetic field can be generated by a transmitting coil, wherein an electrical signal can be generated by means of a transmitting unit, wherein the electrical signal is applied to the transmitting coil, wherein one measuring section has a cross section which is not point-symmetrical and has regions with a relatively large crankshaft radius and regions with a relatively small crankshaft radius, wherein the electromagnetic field which is generated by the transmitting coil and is influenced by the measuring section can be received by the receiving coils, wherein a measure for the rotational position of the crankshaft owing to the change in a received signal of the receiving coils and a measure for the rotational position of the crankshaft can be determined, characterized in that the transmitting coil and a plurality of receiving coils and also the measuring section are arranged in a hollow conductor, wherein a carrier frequency of the electrical signal lies below a minimum limit frequency of the hollow conductor, wherein the measuring section is formed by a crank web and an counterweight, wherein the crank web and the counterweight are fastened to the crankshaft or are formed in one piece with the crankshaft.
Method for providing substantially linear payloads, in particular long cables or ropes of large diameter and/or weight, at a transport destination, comprising the following steps: 1a. Increasing the ground clearance for a first transport spool; 1b. Putting the first transport spool into a spooling mode by converting it into a large or overload spool and taking up a payload by the first transport spool at a transport start location; 2a. Distribution of the taken up payload by release of a partial payload; 2b. Resetting the first transport spool to a transport mode and reducing the ground clearance for the first transport spool; 3. Transportation of the distributed/split total payload; 4a. Increasing the ground clearance for the first transport spool; 4b. Setting the first transport spool to the spooling mode again by converting it to a large or overload spool and rewinding the delivered partial payload; and 5. Provision and/or release of the total payload at a transport destination. 1a. Increasing the ground clearance for a first transport spool; 1b. Putting the first transport spool into a spooling mode by converting it into a large or overload spool and taking up a payload by the first transport spool at a transport start location; 2a. Distribution of the taken up payload by release of a partial payload; 2b. Resetting the first transport spool to a transport mode and reducing the ground clearance for the first transport spool; 3. Transportation of the distributed/split total payload; 4a. Increasing the ground clearance for the first transport spool; 4b. Setting the first transport spool to the spooling mode again by converting it to a large or overload spool and rewinding the delivered partial payload; and 5. Provision and/or release of the total payload at a transport destination.
A light delivery device comprising an optical fiber having: (i) a core and a cladding layer that covers at least a portion of the core, wherein the cladding layer has a lower refractive index than the core; (ii) a non-feature portion of the optical fiber; and (iii) a feature portion of the optical fiber having features that force light to couple out radially from the feature portion and provide a desired radial light output pattern wherein: (a) the core of the feature portion is radially covered by the cladding layer; (b) the features are selected from the group consisting of threads, radial cuts, axial cuts, and a combination thereof; and (c) each of the features is made into both the cladding layer and the core located directly beneath the cladding layer. (i) a core and a cladding layer that covers at least a portion of the core, wherein the cladding layer has a lower refractive index than the core; (ii) a non-feature portion of the optical fiber; and (iii) a feature portion of the optical fiber having features that force light to couple out radially from the feature portion and provide a desired radial light output pattern wherein: (a) the core of the feature portion is radially covered by the cladding layer; (b) the features are selected from the group consisting of threads, radial cuts, axial cuts, and a combination thereof; and (c) each of the features is made into both the cladding layer and the core located directly beneath the cladding layer. (a) the core of the feature portion is radially covered by the cladding layer; (b) the features are selected from the group consisting of threads, radial cuts, axial cuts, and a combination thereof; and (c) each of the features is made into both the cladding layer and the core located directly beneath the cladding layer.
Protective device designed to be aligned with other protective devices so as to form a protective dike, characterized in that the protective device comprises: - A plate or a rigid shell which comprises a curved front face and designed to divert the water of a wave upward then drive it back in the direction of the outflow of the wave, and - at least one weighted large capacity bag positioned behind the curved front face, the plate or the rigid shell being associated with the weighted large capacity bag. - A plate or a rigid shell which comprises a curved front face and designed to divert the water of a wave upward then drive it back in the direction of the outflow of the wave, and - at least one weighted large capacity bag positioned behind the curved front face, the plate or the rigid shell being associated with the weighted large capacity bag.
A system for treating a patient having a disorder related to the patient's intestine, comprising a reservoir (40, 140) adapted for receiving and temporarily collecting therein intestinal contents and further adapted to remain within the patient's body when emptying the reservoir, wherein the system further comprises a flow control device implantable in the patient's body and adapted to control flow of the intestinal contents from the reservoir, wherein the flow control device comprises at least one valve including an exit valve (43, 65) having a central opening, characterized in that the central opening of the exit valve is normally closed by resilient means that can mechanically be urged apart by inserting a conduit through the central opening so as to open the central opening of the valve.
Rolling mill drive with a axially displaceable toothed articulated spindle extending between a toothed joint arranged in an interlock chamber at the roll side and a toothed joint arranged in an interlock chamber at the transmission side, wherein at least one of the interlock chambers (20, 40) is filled with a lubricant, characterised in that the lubricant biases the toothed articulated spindle by an axial force (F WS) directed towards the roll side.
Locating device for determining an item of locating information concerning an object in a test item, having a base body, a locating unit, a sensor unit for detecting a movement parameter during a movement of the base body relative to the test item, in particular a path length and/or a direction, an output unit and a control unit which is provided in conjunction with the output unit for outputting the locating information with the use of the measuring signal of the locating unit and the movement parameter, characterized in that the output unit has a light signal unit which is provided for outputting the locating information by means of a light signal, the control unit being provided in conjunction with the light signal unit in order to display a movement of the located object relative to the base body during the movement of the base body.
A baler comprising: a frame; a feed system coupled to the frame; a baling chamber; a plunger at least partially positioned within and reciprocally movable with respect to the baling chamber; and a controller in operable communication with a sensor and configured to determine the magnitude of a force being applied to the plunger at least partially based on a signal received from the sensor; characterized in that the baler further comprising a connecting rod extending between and coupled to both a crank arm and the plunger, wherein the connecting rod defines a fluid volume therein; and said sensor is in fluid communication with and configured to send signals indicating the fluid pressure within the fluid volume of said connecting rod. a frame; a feed system coupled to the frame; a baling chamber; a plunger at least partially positioned within and reciprocally movable with respect to the baling chamber; and a controller in operable communication with a sensor and configured to determine the magnitude of a force being applied to the plunger at least partially based on a signal received from the sensor; characterized in that the baler further comprising a connecting rod extending between and coupled to both a crank arm and the plunger, wherein the connecting rod defines a fluid volume therein; and said sensor is in fluid communication with and configured to send signals indicating the fluid pressure within the fluid volume of said connecting rod.
Skin treatment device, adapted for delivery of an active ingredient into the human skin by means of iontophoresis, the device having electrodes to establish an electric field on the human skin, wherein the device comprises an array of n electrodes with at least a first, a second, and a third electrode, wherein the device is adapted to successively establish an electric field between pairs of electrodes formed by the first electrode and the second electrode of said array of n electrodes, and wherein the device is adapted to form a subsequent pair of electrodes comprising one of the electrodes of a previous pair of electrodes and a further electrode selected from the array of n electrodes, wherein the device is adapted to inverse the polarity of the electrode used in both the previous pair and the subsequent pair prior to establishing an electric field with the subsequent pair of electrodes characterised in that the device is adapted to successively form a pair of electrodes with the first and the second electrode of said array of n electrodes, the second and third electrode of said array of n electrodes, until the pair comprises electrodes n-1 and n, wherein the device is adapted to subsequently form a pair of electrodes with electrode n and the first electrode.