mhurhangee/ep-ind-claims huggingface dataset:
Training apparatus for improving strength, mobility, endurance and control, in particular in arms and legs or their joints and in surrounding soft tissue structures by exerting a tensile force (F Z) on the training apparatus, comprising: - a first fastening device for the stationary fixing of the training apparatus, - a second fastening device for applying the tensile force (F Z) to the training apparatus, and - a pressure force sensor and an electronic circuit arrangement, to which the pressure force sensor is electrically connected, for wireless or wire-connected transmission of the measurement signals generated by the pressure force sensor to a remote receiving station, characterized by: - a lever having a first and a second lever arm (H1, H2) connected substantially at right angles to each other and pivotably mounted at the training apparatus, wherein the second fastening device is connected to the second lever arm and the pressure force sensor is impinged by the first lever arm when the tensile force (F Z) applied to the second lever arm is exerted. - a first fastening device for the stationary fixing of the training apparatus, - a second fastening device for applying the tensile force (F Z) to the training apparatus, and - a pressure force sensor and an electronic circuit arrangement, to which the pressure force sensor is electrically connected, for wireless or wire-connected transmission of the measurement signals generated by the pressure force sensor to a remote receiving station, characterized by: - a lever having a first and a second lever arm (H1, H2) connected substantially at right angles to each other and pivotably mounted at the training apparatus, wherein the second fastening device is connected to the second lever arm and the pressure force sensor is impinged by the first lever arm when the tensile force (F Z) applied to the second lever arm is exerted. - a lever having a first and a second lever arm (H1, H2) connected substantially at right angles to each other and pivotably mounted at the training apparatus, wherein the second fastening device is connected to the second lever arm and the pressure force sensor is impinged by the first lever arm when the tensile force (F Z) applied to the second lever arm is exerted.
Method for forming sleeved containers, the method comprising, - conveying a row of containers; - arranging sleeves around the containers being conveyed; - attaching the sleeve to the container being conveyed, preferably by heat shrinking; - removing a part of the attached sleeve, the removing comprising: - at least partially laser cutting a part out of the sleeve thereby causing the creation of a fume region containing fumes of sleeve material evaporated by the laser cutting; characterized by - blowing air along the wall of the container, wherein the flow of air is directed towards the fume region to force the fumes to move away from the container. - conveying a row of containers; - arranging sleeves around the containers being conveyed; - attaching the sleeve to the container being conveyed, preferably by heat shrinking; - removing a part of the attached sleeve, the removing comprising: - at least partially laser cutting a part out of the sleeve thereby causing the creation of a fume region containing fumes of sleeve material evaporated by the laser cutting; characterized by - blowing air along the wall of the container, wherein the flow of air is directed towards the fume region to force the fumes to move away from the container. - at least partially laser cutting a part out of the sleeve thereby causing the creation of a fume region containing fumes of sleeve material evaporated by the laser cutting; characterized by - blowing air along the wall of the container, wherein the flow of air is directed towards the fume region to force the fumes to move away from the container.
A compound of the formula: wherein R is H or F; and A is: or a pharmaceutically acceptable salt thereof. wherein R is H or F; and A is: or a pharmaceutically acceptable salt thereof.
A method of making a footwear component for an article of footwear, comprising the steps of: firstly, receiving a flexible member; secondly, reducing the thickness of a portion of the flexible member to form an intermediate layer; thereafter, forming an upper layer on the intermediate layer and forming a lower layer on the intermediate layer using a second material that is different from a first material used to construct the flexible member; the upper layer, the intermediate layer and the lower layer being associated with a second portion of the footwear component that is disposed rearwardly of a first portion; a first thickness of the first portion being substantially similar to a second thickness of the second portion in a transition zone where the first portion and the second portion are connected; wherein the first portion is substantially more flexible than the second portion; and wherein the step of reducing the thickness of the portion of the flexible member comprises a step of compressing the flexible member. firstly, receiving a flexible member; secondly, reducing the thickness of a portion of the flexible member to form an intermediate layer; thereafter, forming an upper layer on the intermediate layer and forming a lower layer on the intermediate layer using a second material that is different from a first material used to construct the flexible member; the upper layer, the intermediate layer and the lower layer being associated with a second portion of the footwear component that is disposed rearwardly of a first portion; a first thickness of the first portion being substantially similar to a second thickness of the second portion in a transition zone where the first portion and the second portion are connected; wherein the first portion is substantially more flexible than the second portion; and wherein the step of reducing the thickness of the portion of the flexible member comprises a step of compressing the flexible member.
An auxiliary power unit control system for an aircraft, the APU control system including an APU, the APU control system comprising: one or more processors; and a memory coupled to the one or more processors, the memory storing data comprising a database and program code that, when executed by the one or more processors, causes the APU control system to: receive one or more ambient signals indicative of an air density value and one or more power signals indicative of a specific amount of power generated by the APU; determine a variable rotational speed of the APU based on the air density value; and instruct the APU to operate at the variable rotational speed, wherein the APU continues to generate the specific amount of power when operating at the variable rotational speed. one or more processors; and a memory coupled to the one or more processors, the memory storing data comprising a database and program code that, when executed by the one or more processors, causes the APU control system to: receive one or more ambient signals indicative of an air density value and one or more power signals indicative of a specific amount of power generated by the APU; determine a variable rotational speed of the APU based on the air density value; and instruct the APU to operate at the variable rotational speed, wherein the APU continues to generate the specific amount of power when operating at the variable rotational speed. receive one or more ambient signals indicative of an air density value and one or more power signals indicative of a specific amount of power generated by the APU; determine a variable rotational speed of the APU based on the air density value; and instruct the APU to operate at the variable rotational speed, wherein the APU continues to generate the specific amount of power when operating at the variable rotational speed.
Method for providing control power for an electricity network in which at least one energy store connected to the electricity network supplies energy to the electricity network and/or takes up energy from the electricity network in dependence on a frequency deviation from a desired frequency of the electricity network, a deadband around the desired frequency, within which no control power must be delivered, being prescribed by the operator of the electricity network and/or by authorities, characterized in that the frequency deviation from the network frequency is measured with a greater accuracy than the width of the deadband and a bandwidth within the deadband is chosen in dependence on a charging state of the energy store, with the position of the bandwidth being chosen asymmetrically to the frequency deviation of 0 mHz, and with control power being provided outside the bandwidth.
A drive rod lock for a door having a moving wing, comprising a catch ejector and a catch ejector drive, characterized in that the drive rod lock has an adapter, which can be set onto the face end of the catch ejector, so that the face end is elongatable.
A method of context-based arithmetic encoding in which an array of data symbols is represented with a code-word, the data symbols in said array being number pairs comprising a LEVEL value and a RUN value, the LEVEL value of a number pair being assigned to a context selected from a plurality of contexts representative of the LEVEL values and the RUN value of a number pair being assigned to a context selected from a plurality of contexts representative of the RUN values, wherein the LEVEL value of a number pair is indicative of a non-zero coefficient value in a transformed image block in a transformed image block, and the RUN value of a number pair is indicative of a number of consecutive zero coefficient values preceding said non-zero coefficient value, characterized in that the RUN value of a number pair is assigned to a context at least partly in dependence on the LEVEL value of the number pair.
A carpet comprising an entangled and bonded non-woven structure as a facing layer, wherein the entangled and bonded non-woven structure is made of at least 50% staple fibers by weight of the entangled and bonded non-woven structure, and at least a partial bonding of the staple fibers of the non-woven structure, the at least partial bonding comprising thermally activated bonds between a first polyolefin material produced with at least one catalyst being a metallocene catalyst and having a melting point in the range 130-170°C and a second material having a melting point which is at least 10°C higher than the melting point of the first material, the weight of the first material in the non-woven structure being at least 3% of the weight of the entangled and bonded nonwoven structure.
Steering apparatus for a motor vehicle, having an electric drive which is designed to generate a torque for making it easier to steer the motor vehicle, wherein the electric drive has an electric motor (5, 7) with a rotor, and the steering apparatus has an, in particular electrical, steering lock (30, 94) which is designed to engage in an interlocking manner into the drive in at least one rotor position of the rotor, wherein the rotor is connected in a rotationally fixed manner to a motor shaft of the electric motor and is designed to be blocked by the steering lock (30, 94) in at least one rotor position, and the steering lock is designed to engage at least indirectly into the motor shaft of the electric motor and in this way to block or to allow a steering movement, and the steering apparatus has a control unit, and has a memory for at least one rotor position dataset which represents the rotor position, and the steering apparatus is designed to drive the electric motor (5, 7) by means of the control unit in order to block the steering apparatus, and to rotate the rotor to the rotor position which corresponds to a rotor position dataset which is held in store in the memory, and there to block the rotor, characterized in that the steering lock has a blocking element (50, 52, 54) which can move to and fro along a translation axis or about a pivot axis, wherein the locking element (50, 52, 54) is arranged and designed to engage in an interlocking and/or force-fitting manner into the drive in order to block steering, wherein the blocking element is in the form of a fork, wherein the fork is designed to engage into a corresponding cutout in the motor shaft and to block the motor shaft from rotating about a motor shaft longitudinal axis in this way.
A digital type duplex printing method of performing duplex printing with a digital type printer which includes a print head for performing printing by moving with respect to a printing material and allows a printing jig for setting the printing material to be installed at a predetermined position, comprising: a jig setting process of setting the printing material in a stretched state on the printing jig; a front-side image printing process of printing a front-side image and a front-side position detection mark on the front surface of the printing material; a jig inverting/setting process of reversing the printing jig and installing the printing jig at the predetermined position; a back-side position detection mark printing process of printing a back-side position detection mark on the back surface of the printing material; a comparing process of comparing the back-side position detection mark and the front-side position detection mark from any one of the front surface and the back surface; a correcting process of correcting the relative position of a back-side image to the front-side image of the printing material on the basis of the comparing process; and a back-side image printing process of printing the back-side image on the back surface of the printing material at the relative position corrected in the correcting process. a jig setting process of setting the printing material in a stretched state on the printing jig; a front-side image printing process of printing a front-side image and a front-side position detection mark on the front surface of the printing material; a jig inverting/setting process of reversing the printing jig and installing the printing jig at the predetermined position; a back-side position detection mark printing process of printing a back-side position detection mark on the back surface of the printing material; a comparing process of comparing the back-side position detection mark and the front-side position detection mark from any one of the front surface and the back surface; a correcting process of correcting the relative position of a back-side image to the front-side image of the printing material on the basis of the comparing process; and a back-side image printing process of printing the back-side image on the back surface of the printing material at the relative position corrected in the correcting process.
Circuit for activating a capacitive MEMS structure with at least one oscillator element (102, 104), that can be excited to perform an oscillation movement, and an electrostatic excitation unit ( C FB1, C FB2) having at least a first and a second input connection, wherein the circuit comprises: a high voltage generator for generating a high voltage out of a supply voltage, whereby the high voltage generator can be connected with the two input connections; at least a first and a second pump capacitor ( C FC1, C FC2) to charge the electrostatic excitation unit ( C FB1, C FB2), wherein a first connection of the first pump capacitor is connected to the high voltage generator and can be connected to the first input connection, and wherein a first connection of the second pump capacitor is connected to the high voltage generator and can be connected to the second input connection; a control unit that is connected to second connections of each pump capacitor (C FC1, CFC2) to impart an alternating signal, and characterized by at least a low voltage operation amplifier that is connected to the control unit for generating an adjustment portion of the alternating signal. a high voltage generator for generating a high voltage out of a supply voltage, whereby the high voltage generator can be connected with the two input connections; at least a first and a second pump capacitor ( C FC1, C FC2) to charge the electrostatic excitation unit ( C FB1, C FB2), wherein a first connection of the first pump capacitor is connected to the high voltage generator and can be connected to the first input connection, and wherein a first connection of the second pump capacitor is connected to the high voltage generator and can be connected to the second input connection; a control unit that is connected to second connections of each pump capacitor (C FC1, CFC2) to impart an alternating signal, and characterized by at least a low voltage operation amplifier that is connected to the control unit for generating an adjustment portion of the alternating signal.
An integrated component package comprising: a printed circuit board, PCB, having a PCB cavity in a first side of the PCB sized to accept an optical fiber; a plurality of ball grid array, connections mechanically and electrically coupled to the PCB on the first side of the PCB; a carrier directly mechanically coupled to the first side of the PCB on a first side of the carrier via at least one of the ball grid array connections, wherein the first side of the carrier and the first side of the PCB face each other, the carrier including a redistribution layer, disposed on the first side of the carrier and including a plurality of redistribution layer interconnections; a photonics integrated circuit, mechanically coupled to the carrier; and a driver IC mechanically coupled to the carrier and having a first side that is (i) electrically coupled to the first side of the PCB via at least one of the redistribution layer connections and at least one of the ball grid array connections, and (ii) electrically coupled to a first side of the photonics integrated circuit via at least one of the redistribution layer interconnections. a printed circuit board, PCB, having a PCB cavity in a first side of the PCB sized to accept an optical fiber; a plurality of ball grid array, connections mechanically and electrically coupled to the PCB on the first side of the PCB; a carrier directly mechanically coupled to the first side of the PCB on a first side of the carrier via at least one of the ball grid array connections, wherein the first side of the carrier and the first side of the PCB face each other, the carrier including a redistribution layer, disposed on the first side of the carrier and including a plurality of redistribution layer interconnections; a photonics integrated circuit, mechanically coupled to the carrier; and a driver IC mechanically coupled to the carrier and having a first side that is (i) electrically coupled to the first side of the PCB via at least one of the redistribution layer connections and at least one of the ball grid array connections, and (ii) electrically coupled to a first side of the photonics integrated circuit via at least one of the redistribution layer interconnections. (i) electrically coupled to the first side of the PCB via at least one of the redistribution layer connections and at least one of the ball grid array connections, and (ii) electrically coupled to a first side of the photonics integrated circuit via at least one of the redistribution layer interconnections.
A common component assembly for a cable joint for joining a first submarine optical cable and a second submarine optical cable, the assembly comprising: a first end face comprising a first opening and a first flange for connection to a first cable termination unit of an undersea optical cable joint; a second end face comprising a second opening and a second flange for connection to a second cable termination unit of an undersea optical cable joint; a fibre tray connecting the first end face to the second end face; an optical assembly connected to a first side of the fibre tray, the optical assembly comprising an optical add/drop multiplexer, wherein the cable joint comprises a universal joint and wherein the universal joint comprises the optical add/drop multiplexer. a first end face comprising a first opening and a first flange for connection to a first cable termination unit of an undersea optical cable joint; a second end face comprising a second opening and a second flange for connection to a second cable termination unit of an undersea optical cable joint; a fibre tray connecting the first end face to the second end face; an optical assembly connected to a first side of the fibre tray, the optical assembly comprising an optical add/drop multiplexer, wherein the cable joint comprises a universal joint and wherein the universal joint comprises the optical add/drop multiplexer.
A mask cushion for sealingly connecting a mask covering a patient's nose to a patient's face during the administration of positive airway pressure, the cushion including a frame of resilient material having a rim, the cushion further including a membrane of resilient material and extending away from the frame, said membrane including an outer surface, wherein a seal forming portion of said outer surface forms a face contacting seal; said seal forming portion being provided only on said membrane; wherein said membrane is pre-shaped to generally match the contours of the patient's face, and wherein the membrane is shaped so that said seal forming portion, in use, contacts at least a wearer's nose, wherein said membrane and said rim each has a co-located notch (42, 44) to accommodate the bridge of a nose.
Power relay for a vehicle, in particular a utility vehicle, - having a housing that is formed from a connection socket and a housing pot placed thereon, - having two connection bolts inserted into the connection socket for contacting a load current circuit, wherein the connection bolts are formed of screws having a threaded shaft and a screw head, wherein each of the connection bolts is placed loosely in a corresponding receiver of the connection socket with the screw head, such that the threaded shaft protrudes outwardly from the connection socket, wherein each screw head is, in each case, encompassed on the outside by a connection conductor fixed in the connection socket and is thus held in a secure manner in the receiver. - having a housing that is formed from a connection socket and a housing pot placed thereon, - having two connection bolts inserted into the connection socket for contacting a load current circuit,