mhurhangee/ep-ind-claims huggingface dataset:
Tool module for a textile machine, in particular for fastening to a bar of a textile machine, comprising a module body, on which at least one tool is held or can be fastened and which encompasses at least two contact surfaces (22, 27, 53, 54) arranged relative to one another at an angle and separated from one another by a groove (29, 30, 31, 55, 56), characterized in that at least one of the contact surfaces (22, 27) is completely covered by the groove (30, 31) or in that the groove (55, 56) surrounds the larger of the contact surfaces (53, 54) on at least two sides.
Storage device, with at least one storage container which comprises a container housing which on an upper side which is orientated in a height direction comprises an upper handle and on an a front side which is orientated at right angles to the height direction comprises a front handle which is pivotably mounted about a pivot axis, wherein the front handle in the course of a pivoting movement is selectively pivotable into a position of non-use pivoted onto the container housing at the front or into a position of use pivoted away from the container housing and projecting to the front, wherein the storage container comprises a front arresting device which is assigned to the front handle and is designed for the non-pivotable releasable arresting of the front handle in its position of non-use, characterized in that the upper handle is likewise pivotably mounted on the container housing, wherein in the course of a pivoting movement it is selectively pivotable into a position of non-use pivoted onto the container housing at the top or into a position of use pivoted away from the container housing and projecting upwards, wherein the storage container comprises an upper arresting device and which is assigned to the upper handle for the releasable arresting of the upper handle in its position of non-use.
A method of providing enhanced communication services to users, each user having an associated account, the method comprising: receiving from a user a request for an enhanced communication service; verifying, by an enhanced services platform, that the user is authorized to receive the enhanced communication service and that there is sufficient balance in the user's account to pay for the enhanced communication service; if the account balance is sufficient, providing, by the enhanced services platform, the enhanced communication service to the user; and charging the user's account for providing the enhanced communication service; wherein the enhanced communication service comprises connection to the internet or to an online access service. receiving from a user a request for an enhanced communication service; verifying, by an enhanced services platform, that the user is authorized to receive the enhanced communication service and that there is sufficient balance in the user's account to pay for the enhanced communication service; if the account balance is sufficient, providing, by the enhanced services platform, the enhanced communication service to the user; and charging the user's account for providing the enhanced communication service; wherein the enhanced communication service comprises connection to the internet or to an online access service.
A method for controlling the driving dynamics of a single-track or dual-track land vehicle, wherein - the driving dynamics of the vehicle are controlled by way of brake and/or engine intervention, notably depending on the movement of the vehicle in the three-dimensional space and relative to an earth coordinate system having the earth's gravitational center as its origin, - the attitude and the position of the vehicle in three-dimensional space and relative to the earth coordinate system are determined by means of a satellite navigation system (GNSS) which comprises a receiver, mounted on or in the vehicle and having at least three antennas for reception of satellite navigation signals, and by means of an inertial measuring system, mounted on or in the vehicle, for measuring all changes in the movement, position and attitude of the vehicle, characterized in - that the control of the driving dynamics performed by way of brake and/or engine intervention is additionally performed depending on the effective direction of gravity or the earth's gravitational pull, - wherein, from the values of the position and attitude of the vehicle and from the coordinates of the center of gravity of the earth, there is computed, in real time, the direction of the gravity acting on the vehicle, or the direction of the vector from the center of gravity of the vehicle toward the center of gravity of the earth in ground-based and/or vehicle-based coordinates. - the driving dynamics of the vehicle are controlled by way of brake and/or engine intervention, notably depending on the movement of the vehicle in the three-dimensional space and relative to an earth coordinate system having the earth's gravitational center as its origin, - the attitude and the position of the vehicle in three-dimensional space and relative to the earth coordinate system are determined by means of a satellite navigation system (GNSS) which comprises a receiver, mounted on or in the vehicle and having at least three antennas for reception of satellite navigation signals, and by means of an inertial measuring system, mounted on or in the vehicle, for measuring all changes in the movement, position and attitude of the vehicle, - that the control of the driving dynamics performed by way of brake and/or engine intervention is additionally performed depending on the effective direction of gravity or the earth's gravitational pull, - wherein, from the values of the position and attitude of the vehicle and from the coordinates of the center of gravity of the earth, there is computed, in real time, the direction of the gravity acting on the vehicle, or the direction of the vector from the center of gravity of the vehicle toward the center of gravity of the earth in ground-based and/or vehicle-based coordinates.
A host device configured to communicate with a stylus device, the host device comprising: a digitizer at the host device configured to receive a transmitted signal from the stylus device as a modulated scrambled stylus code signal including a scrambled stylus code frame, the scrambled stylus code frame having a plurality of data fields including at least one scrambled data field and at least one unscrambled data field, the at least one scrambled data field being scrambled using a pseudo-random sequence; a demodulator at the host device coupled to the digitizer and configured to demodulate the modulated scrambled stylus code signal to output the scrambled stylus code frame; a descrambler at the host device coupled to the demodulator and configured to descramble the at least one scrambled data field of the scrambled stylus code frame using the pseudo-random sequence to output at least one descrambled data field in a descrambled stylus code frame, the descrambled stylus code frame further including the at least one unscrambled data field; a synchronizer at the host device coupled to the descrambler and configured to synchronize the at least one descrambled data field and the at least one unscrambled data field of the descrambled stylus code frame with a supported code pattern; and a scrambling state manager configured to reset a scrambling state of the host device in synchronization with a scrambling state of the stylus device, responsive to detection of a stylus state change, wherein the scrambling state includes a unique pseudo-random sequence set. a digitizer at the host device configured to receive a transmitted signal from the stylus device as a modulated scrambled stylus code signal including a scrambled stylus code frame, the scrambled stylus code frame having a plurality of data fields including at least one scrambled data field and at least one unscrambled data field, the at least one scrambled data field being scrambled using a pseudo-random sequence; a demodulator at the host device coupled to the digitizer and configured to demodulate the modulated scrambled stylus code signal to output the scrambled stylus code frame; a descrambler at the host device coupled to the demodulator and configured to descramble the at least one scrambled data field of the scrambled stylus code frame using the pseudo-random sequence to output at least one descrambled data field in a descrambled stylus code frame, the descrambled stylus code frame further including the at least one unscrambled data field; a synchronizer at the host device coupled to the descrambler and configured to synchronize the at least one descrambled data field and the at least one unscrambled data field of the descrambled stylus code frame with a supported code pattern; and a scrambling state manager configured to reset a scrambling state of the host device in synchronization with a scrambling state of the stylus device, responsive to detection of a stylus state change, wherein the scrambling state includes a unique pseudo-random sequence set.
An arrangement for injection of an emulsion of a first fluid and a second fluid into a flame of a burner, wherein the arrangement comprises: - a central gas duct extending along a longitudinal central axis from an upstream end to a downstream end, - an outer gas channel disposed coaxially with said gas duct, - a fluid channel disposed coaxially between said gas duct and said outer gas channel, forming a downstream contracting annular fluid channel, - said central gas duct and said fluid channel separated by a first frustoconical wall at its downstream end terminating in an annular inner lip, - said fluid channel and said outer gas channel separated by a second frustoconical wall at its downstream end terminating in an annular outer lip, - said arrangement concentrically mountable to surround a heat source capable of providing through said gas duct hot gases to be directed into the flame of the burner, characterized in that, it comprises - a mixing device for forming said emulsion of the first fluid and the second fluid and for letting said emulsion out into said contracting annular fluid channel and for injecting said emulsion from said annular fluid channel into said flame. - a central gas duct extending along a longitudinal central axis from an upstream end to a downstream end, - an outer gas channel disposed coaxially with said gas duct, - a fluid channel disposed coaxially between said gas duct and said outer gas channel, forming a downstream contracting annular fluid channel, - said central gas duct and said fluid channel separated by a first frustoconical wall at its downstream end terminating in an annular inner lip, - said fluid channel and said outer gas channel separated by a second frustoconical wall at its downstream end terminating in an annular outer lip, - said arrangement concentrically mountable to surround a heat source capable of providing through said gas duct hot gases to be directed into the flame of the burner, characterized in that, it comprises - a mixing device for forming said emulsion of the first fluid and the second fluid and for letting said emulsion out into said contracting annular fluid channel and for injecting said emulsion from said annular fluid channel into said flame.
An arrangement for reactive power compensation in connection with a power transmission line, the arrangement comprising at least one transformer and at least one reactive power compensator comprising a voltage source converter and switched elements, wherein the transformer is a three winding transformer having a high voltage side connectable to the power transmission line, a first low voltage side connected to the voltage source converter and a second low voltage side connected to the switched elements, characterized in that the voltage source converter is configured to provide reactive power compensation in a linear/stepless manner; an impedance of the transformer between the high voltage side and the first low voltage side is lower than an impedance of the transformer between the high voltage side and the second low voltage side. at least one transformer and at least one reactive power compensator comprising a voltage source converter and switched elements, wherein the transformer is a three winding transformer having a high voltage side connectable to the power transmission line, a first low voltage side connected to the voltage source converter and a second low voltage side connected to the switched elements, characterized in that the voltage source converter is configured to provide reactive power compensation in a linear/stepless manner;
A container comprising: a molded fiber tray comprising: a unitary fiber body defining at least one internal well (W1, W2, W3), wherein the unitary fiber body comprises a perimeter engaging wall extending upward from a perimeter rim of the molded fiber tray, the perimeter engaging wall comprising an inner surface, an outer surface, and an uppermost surface spanning the inner surface and the outer surface, and a molded fiber lid comprising: a unitary fiber body comprising at least one ceiling (C1, C2, C3), and wherein the unitary fiber body defines a perimeter engaging receiver extending upward from a perimeter rim of the molded fiber lid, the perimeter engaging receiver at least partially defined by an inner wall, an outer wall, and an uppermost wall spanning the inner wall and the outer wall, wherein the perimeter engaging wall is configured to be removably received in the perimeter engaging receiver, wherein, when so received, the inner surface contacts the inner wall, the outer surface contacts the outer wall, and the uppermost surface contacts the uppermost wall, and wherein, when so received, the at least one internal well (W1, W2, W3) and the at least one ceiling (C1, C2, C3) define a substantially sealed internal volume, characterized in that the uppermost surface of the perimeter engaging wall at least partially defines a continuous groove. a molded fiber tray comprising: a unitary fiber body defining at least one internal well (W1, W2, W3), wherein the unitary fiber body comprises a perimeter engaging wall extending upward from a perimeter rim of the molded fiber tray, the perimeter engaging wall comprising an inner surface, an outer surface, and an uppermost surface spanning the inner surface and the outer surface, and a molded fiber lid comprising: a unitary fiber body comprising at least one ceiling (C1, C2, C3), and wherein the unitary fiber body defines a perimeter engaging receiver extending upward from a perimeter rim of the molded fiber lid, the perimeter engaging receiver at least partially defined by an inner wall, an outer wall, and an uppermost wall spanning the inner wall and the outer wall, wherein the perimeter engaging wall is configured to be removably received in the perimeter engaging receiver, wherein, when so received, the inner surface contacts the inner wall, the outer surface contacts the outer wall, and the uppermost surface contacts the uppermost wall, and wherein, when so received, the at least one internal well (W1, W2, W3) and the at least one ceiling (C1, C2, C3) define a substantially sealed internal volume, characterized in that the uppermost surface of the perimeter engaging wall at least partially defines a continuous groove.
A method of controlling gas turbine engine debris monitoring sensors comprising: detecting debris carried by air moving through an engine (10;10') using at least first and second debris sensors (50;50a,54; 54a) that are at different axial locations within the engine and characterised by: processing signals from both the first and second debris sensors (50;50a,54;54a) using a common signal conditioning unit.
An inspection system comprising: a push cable; an inspection camera for capturing video or image data relating to one or more images from within a pipe or other cavity, the inspection camera coupled to the push cable; and a smart cable storage drum for removably storing the push cable and inspection camera, the smart cable storage drum comprising a rotary hub around which the push cable is configured to wind and unwind during storage and use; characterised in that the inspection system comprises a slip ring integral with the rotary hub or configured to be inserted into a cavity formed by at least part of the rotary hub, wherein the slip ring comprises: electronics coupled to an output of the camera to compress the captured video or image data from the camera; and a wireless transceiver module disposed within the smart cable storage drum to send the compressed video or image data wirelessly to one or more remote computing devices and receive control data for camera operation from the one or more remote computing devices. a push cable; an inspection camera for capturing video or image data relating to one or more images from within a pipe or other cavity, the inspection camera coupled to the push cable; and a smart cable storage drum for removably storing the push cable and inspection camera, the smart cable storage drum comprising a rotary hub around which the push cable is configured to wind and unwind during storage and use; characterised in that the inspection system comprises a slip ring integral with the rotary hub or configured to be inserted into a cavity formed by at least part of the rotary hub, wherein the slip ring comprises: electronics coupled to an output of the camera to compress the captured video or image data from the camera; and a wireless transceiver module disposed within the smart cable storage drum to send the compressed video or image data wirelessly to one or more remote computing devices and receive control data for camera operation from the one or more remote computing devices. electronics coupled to an output of the camera to compress the captured video or image data from the camera; and a wireless transceiver module disposed within the smart cable storage drum to send the compressed video or image data wirelessly to one or more remote computing devices and receive control data for camera operation from the one or more remote computing devices.
Medical device (110; 200), in particular implantable active implant for implantation in human or animal tissue, comprising: - a unit adapted to perform at least one of the following functions: evaluation of signals and therapy delivery; - an interface to a network (120, 130, 140, 150), in particular a 5G network, wherein the interface can communicate directly or indirectly with the network as required and the at least one function can be influenced directly or indirectly via the network communication; and - a predetection unit that activates a connection to the network only whenever an immediate need for real-time assessment and/or influence has been detected by the predetection unit, characterized in that the predetection unit is influenced with respect to its sensitivity by a remaining energy supply of the medical device. - a unit adapted to perform at least one of the following functions: evaluation of signals and therapy delivery; - an interface to a network (120, 130, 140, 150), in particular a 5G network, wherein the interface can communicate directly or indirectly with the network as required and the at least one function can be influenced directly or indirectly via the network communication; and - a predetection unit that activates a connection to the network only whenever an immediate need for real-time assessment and/or influence has been detected by the predetection unit,
A synthetic leather comprising: a base fabric (i); an intermediate layer (ii); and a skin layer (iii), wherein the intermediate layer (ii) is formed of an aqueous urethane resin composition containing a urethane resin and an aqueous medium, and the urethane resin is a reaction product of a polyol containing a polyol (a1-1) having an anionic group, an aromatic polyisocyanate and a chain extender, and has an anionic group in a concentration of 0.35 mmol/g or less and the skin layer (iii) is formed of an aqueous urethane resin composition containing a urethane resin and an aqueous medium, and the urethane resin is a reaction product obtained by using a polyol, a reactive silicone having a functional group which reacts with an isocyanate group, and a polyisocyanate as essential raw materials, wherein the aromatic polyisocyanate is toluene diisocyanate, and wherein the chain extender is an aliphatic polyol compound, and wherein an amount of the reactive silicone used is 1% to 25% by mass in the total mass of the raw materials constituting the urethane resin, and wherein the reactive silicone has a number average molecular weight of 4,000 or more. a base fabric (i); an intermediate layer (ii); and a skin layer (iii), wherein the intermediate layer (ii) is formed of an aqueous urethane resin composition containing a urethane resin and an aqueous medium, and the urethane resin is a reaction product of a polyol containing a polyol (a1-1) having an anionic group, an aromatic polyisocyanate and a chain extender, and has an anionic group in a concentration of 0.35 mmol/g or less and the skin layer (iii) is formed of an aqueous urethane resin composition containing a urethane resin and an aqueous medium, and the urethane resin is a reaction product obtained by using a polyol, a reactive silicone having a functional group which reacts with an isocyanate group, and a polyisocyanate as essential raw materials, wherein the aromatic polyisocyanate is toluene diisocyanate, and wherein the chain extender is an aliphatic polyol compound, and wherein an amount of the reactive silicone used is 1% to 25% by mass in the total mass of the raw materials constituting the urethane resin, and wherein the reactive silicone has a number average molecular weight of 4,000 or more.
An active composite panel assembly that is configured to transfer electrical signals from a source to an electrical device, the active composite panel assembly comprising: a composite layer; and an active layer secured to the composite layer; wherein the active composite panel assembly further comprises said electrical device, wherein the electrical device is electrically coupled to the active layer, and wherein the electrical device is embedded within the active composite panel assembly; and wherein the active layer covers an entire upper surface of the composite layer; characterised in that the entire active layer is configured to receive and conduct the electrical signals. a composite layer; and an active layer secured to the composite layer; wherein the active composite panel assembly further comprises said electrical device, wherein the electrical device is electrically coupled to the active layer, and wherein the electrical device is embedded within the active composite panel assembly; and wherein the active layer covers an entire upper surface of the composite layer; characterised in that the entire active layer is configured to receive and conduct the electrical signals.
A shaving razor comprising: a handle (30, 80) comprising a head portion (40, 90), a tail portion (50, 100) opposite the head portion, and a grip portion (60, 110) disposed between the head portion and the tail portion, the grip portion comprising: an inner shaft (140, 160) spanning a length of the grip portion; and an outer shaft (130, 170) coupled to the inner shaft, and a grip (70, 120) coupled to the outer shaft; characterized in that the grip is a gel grip having a Shore OOO hardness of less than 85; and the outer shaft (130, 170) configured to be rotationally asymmetric to the inner shaft (140, 169) such that the outer shaft is not free to rotate about an axis along the length of the grip portion (60, 110);. an inner shaft (140, 160) spanning a length of the grip portion; and an outer shaft (130, 170) coupled to the inner shaft, and a grip (70, 120) coupled to the outer shaft; characterized in that the grip is a gel grip having a Shore OOO hardness of less than 85; and the outer shaft (130, 170) configured to be rotationally asymmetric to the inner shaft (140, 169) such that the outer shaft is not free to rotate about an axis along the length of the grip portion (60, 110);.