mhurhangee/ep-ind-claims huggingface dataset:
An aqueous injectable composition comprising 25-200mg/mL of Diclofenac or salts thereof, 5-50% (wt/v) of diethylene glycol monoethyl ether and water as a principal solvent in at least 0.5ml of solution, wherein said composition has a viscosity between about 1 to about 5 mPa·s (cps) at 30°C.
Photo paper (100, 200) comprising: a substrate (105, 205); a pre-coat (110, 210) deposited on the image receiving side (135, 245) of the substrate (105, 205); a top coat (115, 215) deposited on the pre-coat (110, 210); a polyethylene coating (120, 220) deposited on the top coat (115, 215); and an image receiving coating (125, 225) deposited on the polyethylene coating (120, 220). a substrate (105, 205); a pre-coat (110, 210) deposited on the image receiving side (135, 245) of the substrate (105, 205); a top coat (115, 215) deposited on the pre-coat (110, 210); a polyethylene coating (120, 220) deposited on the top coat (115, 215); and an image receiving coating (125, 225) deposited on the polyethylene coating (120, 220).
A computation device comprising: an operation unit, a controller unit, a conversion unit, and a storage unit, wherein: the controller unit is configured to acquire first input data and a computation instruction, and to parse the computation instruction to obtain a data conversion instruction and at least one operation instruction, and to transmit the data conversion instruction, the at least one operation instruction, and the first input data to the operation unit; the conversion unit is configured to convert the first input data into second input data according to an opcode and an opcode field of the data conversion instruction, and to transmit the second input data to the operation unit, wherein the opcode is configured to indicate information of a function of the data conversion instruction, and the opcode field comprises information of a decimal point position of the first input data, a flag bit indicating a data type of the first input data, and an identifier of data type conversion; and the operation unit is configured to perform operations on the second input data according to the at least one operation instruction to obtain a computation result of the computation instruction. the controller unit is configured to acquire first input data and a computation instruction, and to parse the computation instruction to obtain a data conversion instruction and at least one operation instruction, and to transmit the data conversion instruction, the at least one operation instruction, and the first input data to the operation unit; the conversion unit is configured to convert the first input data into second input data according to an opcode and an opcode field of the data conversion instruction, and to transmit the second input data to the operation unit, wherein the opcode is configured to indicate information of a function of the data conversion instruction, and the opcode field comprises information of a decimal point position of the first input data, a flag bit indicating a data type of the first input data, and an identifier of data type conversion; and the operation unit is configured to perform operations on the second input data according to the at least one operation instruction to obtain a computation result of the computation instruction.
Transporting or drive belt having at least one traction member (2a, 2b), wherein at least one traction member has a coating, in particular a functional coating, on an outer side, wherein the material of the traction member (2a, 2b) consists of a renewable raw material and/or a biodegradable raw material, characterized in that the material of the coating consists essentially of a renewable and biodegradable raw material.
A method for operating a working machine provided with: a power source and a plurality of driving wheels; a working hydraulic system comprising at least one hydraulic pump (142, 144, 146) powered by the power source for moving an implement on the working machine and/or for steering the working machine; a transmission line arranged between the power source and the driving wheels for transmitting torque from the power source to the driving wheels, characterized by the steps of: - detecting at least one operational parameter indicative of a load exerted on the working hydraulic system, - determining if torque needs to be added, in addition to a torque delivered by the power source, on the basis of a magnitude of the detected operational parameter in order to reduce the a load on the power source, - adding torque to the transmission line in case additional torque is determined to be needed. - detecting at least one operational parameter indicative of a load exerted on the working hydraulic system, - determining if torque needs to be added, in addition to a torque delivered by the power source, on the basis of a magnitude of the detected operational parameter in order to reduce the a load on the power source, - adding torque to the transmission line in case additional torque is determined to be needed.
A method of producing a radiation sensor semiconductor device with a multiple colour filter, comprising: - providing a semiconductor device comprising a semiconductor layer with at least one radiation sensor and a dielectric layer, - arranging a web comprising a plurality of recesses on the dielectric layer, and - introducing ink of different colours (A, B, C) in the recesses by inkjets, characterized in that - the web is formed from semiconductor material, which is applied on the surface of the dielectric layer. - providing a semiconductor device comprising a semiconductor layer with at least one radiation sensor and a dielectric layer, - arranging a web comprising a plurality of recesses on the dielectric layer, and - introducing ink of different colours (A, B, C) in the recesses by inkjets, characterized in that - the web is formed from semiconductor material, which is applied on the surface of the dielectric layer.
An atherectomy device, comprising: an elongate drive coil having a proximal end region and a distal end region, the elongate drive coil having a coil winding extending in a first helical direction, the elongate drive coil having a coil pitch; a tubular member welded to the distal end region of the elongate drive coil via one or more helical welds that extend helically at least part way around the tubular member; and a cutting member welded to the tubular member. an elongate drive coil having a proximal end region and a distal end region, the elongate drive coil having a coil winding extending in a first helical direction, the elongate drive coil having a coil pitch; a tubular member welded to the distal end region of the elongate drive coil via one or more helical welds that extend helically at least part way around the tubular member; and a cutting member welded to the tubular member.
An apparatus, comprising a control module configured to set up a multiflow connection for data units via at least one network transceiver device and via at least two different radio links towards a terminal, and characterized in that the control module is configured to, apply selection criteria, and dependent on the applied selection criteria, select data units of specific data for transmission by a process according to which each selected data unit is replicated and transmitted over each of the at least two radio links in parallel, and select other data units of specific data for dynamic flow switching according to which each selected data unit is transmitted using one of the at least two radio links.
Control device for a voltage transformer of an electrically operated vehicle, which voltage transformer feeds an n-phase electric machine, n ≥ 1, comprising: an observer unit which is designed to determine a present rotation speed (nm) of the electric machine and a present output current (Im) of the voltage transformer; a calculation unit which is coupled to the observer unit and which is designed to calculate an instantaneous wheel speed of the wheels of the vehicle depending on the determined present rotation speed (nm); and a slip control unit which is coupled to the calculation unit and which is designed to at least temporarily apply a current correction amount to the output current of the voltage transformer if the instantaneous change in the wheel speed of the wheels exceeds a first predetermined threshold value, wherein the slip control unit is further designed to calculate a present vehicle speed of the vehicle from the determined present output current (Im) and to compare the calculated present vehicle speed of the vehicle with the wheel speed of the wheels of the vehicle which is dependent on the determined present rotation speed (nm), and to at least temporarily apply a current correction amount to the output current of the voltage transformer if the wheel speed of the wheels differs from the calculated present vehicle speed of the vehicle by more than a second predetermined threshold value. an observer unit which is designed to determine a present rotation speed (nm) of the electric machine and a present output current (Im) of the voltage transformer; a calculation unit which is coupled to the observer unit and which is designed to calculate an instantaneous wheel speed of the wheels of the vehicle depending on the determined present rotation speed (nm); and a slip control unit which is coupled to the calculation unit and which is designed to at least temporarily apply a current correction amount to the output current of the voltage transformer if the instantaneous change in the wheel speed of the wheels exceeds a first predetermined threshold value, wherein the slip control unit is further designed to calculate a present vehicle speed of the vehicle from the determined present output current (Im) and to compare the calculated present vehicle speed of the vehicle with the wheel speed of the wheels of the vehicle which is dependent on the determined present rotation speed (nm), and to at least temporarily apply a current correction amount to the output current of the voltage transformer if the wheel speed of the wheels differs from the calculated present vehicle speed of the vehicle by more than a second predetermined threshold value.
A method of operating a base station, comprising: - prior to communicating a wake-up signal, scheduling a resource allocation for at least one further signal, in particular a paging message, - transmitting, from the base station of a network to the terminal, at least one downlink control message indicative of a plurality of reoccurring resources allocated to the wake-up signal, wherein the downlink control message is broadcast by the base station to a plurality of terminals including the terminal - transmitting, from the base station to the terminal, the wake-up signal in at least one resource of the plurality of reoccurring resources, and - in response to said communicating of the wake-up signal, transmitting, from the base station to the terminal, the at least one further signal (4004, 4005) according to the scheduled resource allocation for the at least one further signal, wherein the downlink control message is indicative of a time offset between the resource, in which the wake-up signal is transmitted, and the resource allocation for the at least one further signal, wherein the wake-up signal encodes a group identity of a group of terminals, the group of terminals comprising the terminal. - prior to communicating a wake-up signal, scheduling a resource allocation for at least one further signal, in particular a paging message, - transmitting, from the base station of a network to the terminal, at least one downlink control message indicative of a plurality of reoccurring resources allocated to the wake-up signal, wherein the downlink control message is broadcast by the base station to a plurality of terminals including the terminal - transmitting, from the base station to the terminal, the wake-up signal in at least one resource of the plurality of reoccurring resources, and - in response to said communicating of the wake-up signal, transmitting, from the base station to the terminal, the at least one further signal (4004, 4005) according to the scheduled resource allocation for the at least one further signal,
A method, comprising: receiving force measurements from a plurality of force sensors coupled between a touch screen display and a housing of a computing device, the force measurements received in response to contact with the touch screen display; determining a characteristic of the contact with the touch screen display using the force measurements from the plurality of force sensors, the characteristic of the contact comprising a shear force parallel to the plane defined by the touch screen display; using the characteristic of the contact to select a command; and processing the command to control the computing device; characterized by determining the shear force comprises: determining a centroid of force of the contact using the force measurements received from the plurality of force sensors; determining a centroid of an area of contact based on signals from a touch sensor on the touch screen display; and using a difference between the centroid of the area of contact and the centroid of force to determine the shear force. receiving force measurements from a plurality of force sensors coupled between a touch screen display and a housing of a computing device, the force measurements received in response to contact with the touch screen display; determining a characteristic of the contact with the touch screen display using the force measurements from the plurality of force sensors, the characteristic of the contact comprising a shear force parallel to the plane defined by the touch screen display; using the characteristic of the contact to select a command; and processing the command to control the computing device; characterized by determining the shear force comprises: determining a centroid of force of the contact using the force measurements received from the plurality of force sensors; determining a centroid of an area of contact based on signals from a touch sensor on the touch screen display; and using a difference between the centroid of the area of contact and the centroid of force to determine the shear force. determining a centroid of force of the contact using the force measurements received from the plurality of force sensors; determining a centroid of an area of contact based on signals from a touch sensor on the touch screen display; and using a difference between the centroid of the area of contact and the centroid of force to determine the shear force.
A component supplying device supplying an electronic component with using a component supply minimum tape having a small tape width, the component supplying device comprising: a feeding device feeding the component supply minimum tape toward a component pick-up position; a drawing device drawing a top tape from the component supply minimum tape; and a tape storing portion storing the top tape drawn by the drawing device, wherein the drawing device includes: a pair of rollers (110, 130) having drawing teeth (115A, 115B, 135A, 135B) on outer periphery thereof for drawing the top tape, and first members (121, 151) arranged with respect to the respective rollers (110, 130) and for separating the top tape from the drawing teeth (115A, 115B, 135A, 135B), each of the first members (121, 151) having a shape to be in contact with a root circle of the drawing teeth (115A, 115B, 135A, 135B); characterized by a second member (125A, 125B, 155A, 155B) that is at a forward position from the first member (121, 151) with respect to a rotating direction of the rollers (110, 130), the second member (125A, 125B, 155A, 155B) restricting the top tape deviated from the first member (121, 151) from being entangled with the rollers (110, 130), wherein the pair of rollers (110, 130) has a double teeth structure and includes two teeth-members, and the first member (121, 151) is fit in a groove portion between the two teeth-members. a feeding device feeding the component supply minimum tape toward a component pick-up position; a drawing device drawing a top tape from the component supply minimum tape; and a tape storing portion storing the top tape drawn by the drawing device, wherein the drawing device includes: a pair of rollers (110, 130) having drawing teeth (115A, 115B, 135A, 135B) on outer periphery thereof for drawing the top tape, and first members (121, 151) arranged with respect to the respective rollers (110, 130) and for separating the top tape from the drawing teeth (115A, 115B, 135A, 135B), each of the first members (121, 151) having a shape to be in contact with a root circle of the drawing teeth (115A, 115B, 135A, 135B); a pair of rollers (110, 130) having drawing teeth (115A, 115B, 135A, 135B) on outer periphery thereof for drawing the top tape, and first members (121, 151) arranged with respect to the respective rollers (110, 130) and for separating the top tape from the drawing teeth (115A, 115B, 135A, 135B), each of the first members (121, 151) having a shape to be in contact with a root circle of the drawing teeth (115A, 115B, 135A, 135B); characterized by a second member (125A, 125B, 155A, 155B) that is at a forward position from the first member (121, 151) with respect to a rotating direction of the rollers (110, 130), the second member (125A, 125B, 155A, 155B) restricting the top tape deviated from the first member (121, 151) from being entangled with the rollers (110, 130), wherein the pair of rollers (110, 130) has a double teeth structure and includes two teeth-members, and the first member (121, 151) is fit in a groove portion between the two teeth-members.
A display apparatus comprising a display section capable of displaying an ambient temperature external to the vehicle; characterized in that the display apparatus is adapted to be used in vehicles being equipped with an automatic air conditioner having an automatic air conditioner purpose ambient temperature sensor or in vehicles being equipped with a manual air conditioner having a display purpose ambient temperature sensor, wherein the display apparatus further comprises: a judging section configured to judge whether the automatic air conditioner purpose ambient temperature sensor is provided by comparing an input signal value inputted from the automatic air conditioner to an input section with a set threshold value and to judge whether the display purpose ambient temperature sensor is provided by comparing the input signal value inputted from the display purpose ambient temperature sensor with the set threshold value when an inside power supply is supplied to the input section; and a display output section configured to display the ambient temperature external to the vehicle on the display section on a basis of a temperature detection signal from the automatic air conditioner purpose ambient temperature sensor or the display purpose ambient temperature sensor in a case where the judging section judges that the automatic air conditioner purpose ambient temperature sensor is provided and in a case where the judging section judges that the display purpose ambient temperature sensor is provided. a judging section configured to judge whether the automatic air conditioner purpose ambient temperature sensor is provided by comparing an input signal value inputted from the automatic air conditioner to an input section with a set threshold value and to judge whether the display purpose ambient temperature sensor is provided by comparing the input signal value inputted from the display purpose ambient temperature sensor with the set threshold value when an inside power supply is supplied to the input section; and a display output section configured to display the ambient temperature external to the vehicle on the display section on a basis of a temperature detection signal from the automatic air conditioner purpose ambient temperature sensor or the display purpose ambient temperature sensor in a case where the judging section judges that the automatic air conditioner purpose ambient temperature sensor is provided and in a case where the judging section judges that the display purpose ambient temperature sensor is provided.
A resonator ring connectable to a combustor basket, comprising: a first ring and a second ring, wherein the first ring is located upstream of the second ring; wherein the first ring comprises a first perimeter wall and a second perimeter wall extending in a circumferential direction, wherein located between the first perimeter wall and the second perimeter wall is a first bottom portion and a first top portion, wherein the first bottom portion has a first plurality of holes, wherein the first top portion has a second plurality of holes; further wherein located between the first perimeter wall and the second perimeter wall is a first total number of baffles, wherein each of the first total number of baffles extends orthogonally with respect to the first perimeter wall and the second perimeter wall; wherein the second ring comprises the second perimeter wall and a third perimeter wall extending in a circumferential direction, wherein located between the second perimeter wall and the third perimeter wall is a second bottom portion and a second top portion, wherein the second bottom portion has a third plurality of holes, wherein the second top portion has a fourth plurality of holes; and further wherein located between the second perimeter wall and the third perimeter wall is a second total number of baffles, wherein each of the second total number of baffles extends orthogonally with respect to the second perimeter wall and the third perimeter wall, characterised in that the total number of the first total number of baffles is different than the total number of the second total number of baffles. a first ring and a second ring, wherein the first ring is located upstream of the second ring; wherein the first ring comprises a first perimeter wall and a second perimeter wall extending in a circumferential direction, wherein located between the first perimeter wall and the second perimeter wall is a first bottom portion and a first top portion, wherein the first bottom portion has a first plurality of holes, wherein the first top portion has a second plurality of holes; further wherein located between the first perimeter wall and the second perimeter wall is a first total number of baffles, wherein each of the first total number of baffles extends orthogonally with respect to the first perimeter wall and the second perimeter wall; wherein the second ring comprises the second perimeter wall and a third perimeter wall extending in a circumferential direction, wherein located between the second perimeter wall and the third perimeter wall is a second bottom portion and a second top portion, wherein the second bottom portion has a third plurality of holes, wherein the second top portion has a fourth plurality of holes; and further wherein located between the second perimeter wall and the third perimeter wall is a second total number of baffles, wherein each of the second total number of baffles extends orthogonally with respect to the second perimeter wall and the third perimeter wall, characterised in that the total number of the first total number of baffles is different than the total number of the second total number of baffles.