mhurhangee/ep-ind-claims huggingface dataset:
A method of sensorless detection of functional disturbances of a positive displacement pump, wherein the positive displacement pump has a moveable positive displacement element having a boundary surface (A G) which delimits a metering chamber, wherein the metering chamber is connected to a suction and a pressure line (6, 7) by way of valves (8, 9) so that fluid to be conveyed can alternately be sucked into the metering chamber by way of the suction line and pressed out of the metering chamber by way of the pressure line by an oscillating movement of the positive displacement element and wherein there is provided a stepping motor as a drive for the oscillating movement of the positive displacement element, characterised in that a motor moment (M M) provided by the stepping motor is ascertained and a warning signal is delivered when the ascertained motor moment (M M) fulfils a first predetermined criterion.
Dental care chewing gum comprising silver, at least one abrasive, at least one sugar alcohol, gum base and at least one aromatic substance, wherein no zinc in metallic or ionic form is contained and the silver has an average pore size between 1 to 100 μm.
A rechargeable battery module comprising: a plurality of unit cells arranged along a first direction; a bus bar holder on the unit cells; a bus bar in the bus bar holder electrically connecting the unit cells; first and second end plates on opposite ends of the unit cells in the first direction; and a side plate on opposite ends of the unit cells in a second direction intersecting the first direction and connected to the end plates, wherein the bus bar comprises a first member extending in the first direction and connected to electrode terminals of the unit cells, and a second member connected to the first member, wherein the second member is located in the bus bar holder, and wherein the first member comprises a first side that is connected to upper portions of the electrode terminals, a second side that is connected to an upper surface of the second member, and an intermediate portion that connects the first side and the second side and extends in a third direction intersecting the second direction. a plurality of unit cells arranged along a first direction; a bus bar holder on the unit cells; a bus bar in the bus bar holder electrically connecting the unit cells; first and second end plates on opposite ends of the unit cells in the first direction; and a side plate on opposite ends of the unit cells in a second direction intersecting the first direction and connected to the end plates, wherein the bus bar comprises a first member extending in the first direction and connected to electrode terminals of the unit cells, and a second member connected to the first member, wherein the second member is located in the bus bar holder, and wherein the first member comprises a first side that is connected to upper portions of the electrode terminals, a second side that is connected to an upper surface of the second member, and an intermediate portion that connects the first side and the second side and extends in a third direction intersecting the second direction.
A source device (110, 130) for sending datagrams to a destination device (130, 110), the datagrams being contained in an aggregated packet structure (210, 230) comprising transport containers each containing one or more datagram segments of the datagram, comprising: a detector unit that detects if a given transport container cannot be transmitted; a disassembler unit (160, 160A) configured to disassemble the given transport container that cannot be transmitted; a creating unit (160, 160A) configured to create a plurality of new transport containers, the new transport containers to include portions of the datagram segment contained in the transport container that cannot be transmitted; and a sending unit (160, 160A) configured to send sequence information indicating a conversion between a sequence of the transport containers in the aggregated packet structure comprising the transport container that cannot be transmitted and a sequence of the transport containers in the aggregated packet structure comprising the new transport containers, whereby the source device (110, 130) is configured to reformat and retransmit the datagram segment of the given transport container whose transmission has failed into the plurality of new transport containers; characterized in that the source device (110, 130) is further configured to notify the destination device (130, 110) that the reformatted datagram has been reformatted and is ready to be transmitted, receive notification from the destination device (130, 110) that the destination device (130, 110) can accept the reformatted datagram, and thereafter transmit the reformatted datagram to the destination device (130, 110). a detector unit that detects if a given transport container cannot be transmitted; a disassembler unit (160, 160A) configured to disassemble the given transport container that cannot be transmitted; a creating unit (160, 160A) configured to create a plurality of new transport containers, the new transport containers to include portions of the datagram segment contained in the transport container that cannot be transmitted; and a sending unit (160, 160A) configured to send sequence information indicating a conversion between a sequence of the transport containers in the aggregated packet structure comprising the transport container that cannot be transmitted and a sequence of the transport containers in the aggregated packet structure comprising the new transport containers, whereby the source device (110, 130) is configured to reformat and retransmit the datagram segment of the given transport container whose transmission has failed into the plurality of new transport containers; characterized in that the source device (110, 130) is further configured to notify the destination device (130, 110) that the reformatted datagram has been reformatted and is ready to be transmitted, receive notification from the destination device (130, 110) that the destination device (130, 110) can accept the reformatted datagram, and thereafter transmit the reformatted datagram to the destination device (130, 110).
A rolling type vehicle having a pair of left and right front wheels (2L, 2R) and having a vehicle body capable of rolling, the rolling type vehicle comprising: a pair of left and right arm members (21, 23) which are supported in a swingable manner by the vehicle body on inner sides in a transverse direction and which support the left and right front wheels (2L, 2R) in a steerable manner on outer sides in the transverse direction, respectively; a cushion support arm which has a transversely central portion thereof supported by the vehicle body in a swingable manner and which is connected to the left and right arm members (21, 23) through cushion units on outer sides in the transverse direction, respectively; and an actuator capable of controlling swinging of the cushion support arm, wherein a load detection unit adapted to detect a load transmitted between the cushion support arm and the actuator is provided at a connection portion between the actuator and the cushion support arm, and the rolling type vehicle further comprises a control unit adapted to control the actuator on the basis of detection results by the load detection unit. a pair of left and right arm members (21, 23) which are supported in a swingable manner by the vehicle body on inner sides in a transverse direction and which support the left and right front wheels (2L, 2R) in a steerable manner on outer sides in the transverse direction, respectively; a cushion support arm which has a transversely central portion thereof supported by the vehicle body in a swingable manner and which is connected to the left and right arm members (21, 23) through cushion units on outer sides in the transverse direction, respectively; and an actuator capable of controlling swinging of the cushion support arm, wherein a load detection unit adapted to detect a load transmitted between the cushion support arm and the actuator is provided at a connection portion between the actuator and the cushion support arm, and the rolling type vehicle further comprises a control unit adapted to control the actuator on the basis of detection results by the load detection unit.
A hook strap type seat covering fixing structure for a seat cushion of a car, comprising: an elongated hook strap which has a plurality of hooks formed on a first surface thereof, a peripheral wall formed on the first surface and surrounding the plurality hooks, and reinforcing configurations formed along lateral longitudinal sides of the hook strap outside the peripheral wall; two barrier sponges each attached on top of the reinforcing configurations formed along lateral longitudinal sides of the hook strap; a backing layer affixed to a second surface, opposing the first surface, of the hook strap; and a magnetic material layer disposed between the second surface of the hook strap and the backing layer. an elongated hook strap which has a plurality of hooks formed on a first surface thereof, a peripheral wall formed on the first surface and surrounding the plurality hooks, and reinforcing configurations formed along lateral longitudinal sides of the hook strap outside the peripheral wall; two barrier sponges each attached on top of the reinforcing configurations formed along lateral longitudinal sides of the hook strap; a backing layer affixed to a second surface, opposing the first surface, of the hook strap; and a magnetic material layer disposed between the second surface of the hook strap and the backing layer.
An electrohydraulic vehicle brake system, comprising an electromechanical actuator for actuating at least one hydraulic piston (112; 114) in order to set a hydraulic pressure at one or more of a plurality of wheel brakes; a set of electrically activatable valve arrangements (152, 154, 156, 158, 170, 172, 174, 176) having a respective first valve arrangement (152, 154, 156, 158) arranged between a cylinder accommodating the at least one hydraulic piston (112; 114) and each of the plurality of wheel brakes, and at least one second valve arrangement (170, 172, 174, 176) arranged between a receptacle device (120, 194, 196) for hydraulic fluid and at least one of the wheel brakes, wherein the at least one second valve arrangement (170, 172, 174, 176) is provided in parallel with that one of the first valve arrangements (152, 154, 156, 158) which is associated with the same wheel brake as the at least one second valve arrangement (170, 172, 174, 176); characterized in that the brake system further comprises: a control device or control device system configured to open one of the first valve arrangements (152, 154, 156, 158) and the second valve arrangement (170, 172, 174, 176) connected in parallel therewith, in order to release, via the two opened valve arrangements (152, 154, 156, 158; 170, 172, 174, 176) and into the receptacle device (120, 194, 196), a hydraulic pressure built up in the cylinder. a respective first valve arrangement (152, 154, 156, 158) arranged between a cylinder accommodating the at least one hydraulic piston (112; 114) and each of the plurality of wheel brakes, and at least one second valve arrangement (170, 172, 174, 176) arranged between a receptacle device (120, 194, 196) for hydraulic fluid and at least one of the wheel brakes, wherein the at least one second valve arrangement (170, 172, 174, 176) is provided in parallel with that one of the first valve arrangements (152, 154, 156, 158) which is associated with the same wheel brake as the at least one second valve arrangement (170, 172, 174, 176); characterized in that the brake system further comprises: a control device or control device system configured to open one of the first valve arrangements (152, 154, 156, 158) and the second valve arrangement (170, 172, 174, 176) connected in parallel therewith, in order to release, via the two opened valve arrangements (152, 154, 156, 158; 170, 172, 174, 176) and into the receptacle device (120, 194, 196), a hydraulic pressure built up in the cylinder. a control device or control device system configured to open one of the first valve arrangements (152, 154, 156, 158) and the second valve arrangement (170, 172, 174, 176) connected in parallel therewith, in order to release, via the two opened valve arrangements (152, 154, 156, 158; 170, 172, 174, 176) and into the receptacle device (120, 194, 196), a hydraulic pressure built up in the cylinder.
A nested data package for providing pairing information or other second freight data from an administrative controller to at least one second controller using a first controller as a transporter, characterized in that: - the nested data package comprises at least a first data layer being encrypted using a first key (uk 1) of the first controller, wherein the first data layer comprises at least first freight data and a second data layer, - as alternative (i) the second data layer is encrypted using a second key (uk 2) of the second controller and comprises a third data layer, or as alternative (ii) the second data layer comprises at least a digital signature of an administrative controller attached to a third data layer and the third data layer - in case of alternative (i), the third data layer comprises at least a digital signature of an administrative controller attached to a fourth data layer and the fourth data layer and in case of alternative (ii) the third data layer is encrypted using a second key (uk 2) of the second controller and comprises a fourth data layer and in that - the fourth data layer comprises at least second freight data (FD 2), wherein the second freight data comprises at least the first key (uk 1) and/or a first ID of the first controller and/or an expected second response of the first controller. - the nested data package comprises at least a first data layer being encrypted using a first key (uk 1) of the first controller, wherein the first data layer comprises at least first freight data and a second data layer, - as alternative (i) the second data layer is encrypted using a second key (uk 2) of the second controller and comprises a third data layer, or as alternative (ii) the second data layer comprises at least a digital signature of an administrative controller attached to a third data layer and the third data layer - in case of alternative (i), the third data layer comprises at least a digital signature of an administrative controller attached to a fourth data layer and the fourth data layer and in case of alternative (ii) the third data layer is encrypted using a second key (uk 2) of the second controller and comprises a fourth data layer and in that - the fourth data layer comprises at least second freight data (FD 2), wherein the second freight data comprises at least the first key (uk 1) and/or a first ID of the first controller and/or an expected second response of the first controller.
An implant for the prevention of a hernia formed in the abdominal wall in the proximity of a stoma of an organ, comprising: a biocompatible textile including a first surface intended to face an abdominal wall and a second surface intended to face an abdominal cavity, the second surface opposite the first surface, the biocompatible textile including a first textile part intended to be in contact with the stoma of an organ and including a two-dimensional knit and having a first thickness E1, a second textile part including a three-dimensional knit and having a second thickness E2 greater than first thickness E1, a first anti-adhesive film covering the second surface of the biocompatible textile wherein the first textile part is also covered by a second anti-adhesive film on the first surface.
A method of optimizing timing packet transport in a network comprising a first network node connected to a second network node, the method comprising: forwarding a timing packet received at the first network node to the second network node, and transmitting the timing packet from the second network node at a transmission time after the timing packet is received from the first network node, the method further comprising: detecting an arrival time for the timing packet received at the first network node; forwarding the received timing packet and timing data indicating the arrival time and associated with the timing packet to the second network node; and transmitting the timing packet from the second network node at the transmission time, wherein the transmission time is equal to a sum of a fixed transit time and the arrival time of the timing packet at the first network node and the fixed transit time is derived taking into account an overall time budget available for a particular application of the connection across the network. detecting an arrival time for the timing packet received at the first network node; forwarding the received timing packet and timing data indicating the arrival time and associated with the timing packet to the second network node; and transmitting the timing packet from the second network node at the transmission time, wherein the transmission time is equal to a sum of a fixed transit time and the arrival time of the timing packet at the first network node and the fixed transit time is derived taking into account an overall time budget available for a particular application of the connection across the network.
A dental handpiece comprising: a barrel defining an accommodating cavity therein and comprising an axial open end in communication with the accommodating cavity; an air turbine rotatably arranged in the accommodating cavity of the barrel; a central shaft secured to the air turbine to rotate with the air turbine; a bearing mounted in the barrel adjacent the axial open end of the barrel and supporting the central shaft for rotation; and a seal being trumpet shaped and comprising a sealing portion sleeved over an outer cylindrical surface of the central shaft and a mounting portion surrounding the sealing portion, wherein the sealing portion is deformable to separate from the outer cylindrical surface of the central shaft or closely contact the outer cylindrical surface of the central shaft depending on a pressure difference between interior and exterior of the barrel; wherein a bearing seat is provided in the barrel, the bearing seat is formed with a bearing hole and an annular groove at an axial end of the bearing seat facing the air turbine, the bearing is disposed in the bearing hole, the mounting portion is received in the annular groove and sandwiched between the bearing and the bearing seat; wherein a depth of the annular groove in an axial direction of the barrel is smaller than a thickness of the mounting portion in the natural state of the mounting portion. a barrel defining an accommodating cavity therein and comprising an axial open end in communication with the accommodating cavity; an air turbine rotatably arranged in the accommodating cavity of the barrel; a central shaft secured to the air turbine to rotate with the air turbine; a bearing mounted in the barrel adjacent the axial open end of the barrel and supporting the central shaft for rotation; and a seal being trumpet shaped and comprising a sealing portion sleeved over an outer cylindrical surface of the central shaft and a mounting portion surrounding the sealing portion, wherein the sealing portion is deformable to separate from the outer cylindrical surface of the central shaft or closely contact the outer cylindrical surface of the central shaft depending on a pressure difference between interior and exterior of the barrel; wherein a bearing seat is provided in the barrel, the bearing seat is formed with a bearing hole and an annular groove at an axial end of the bearing seat facing the air turbine, the bearing is disposed in the bearing hole, the mounting portion is received in the annular groove and sandwiched between the bearing and the bearing seat; wherein a depth of the annular groove in an axial direction of the barrel is smaller than a thickness of the mounting portion in the natural state of the mounting portion.
A lance head for an oxygen lance, comprising a nozzle body having a connection end formed at an inlet side, the connection end comprising a central connection region for being connected to an oxygen tube and a peripheral connection region for being connected to a cooling water tube assembly arranged concentrically to the oxygen tube and comprising a cooling water supply duct and a cooling water return duct, at least one nozzle bore for forming an oxygen nozzle being provided in the nozzle body, said nozzle bore extending between the connection end and a front surface of the nozzle body, the lance head comprising a plurality of cooling water conduction devices each having an inlet duct directed from the peripheral connection region toward a central axis of the nozzle body and an outlet duct directed from the middle axis toward the peripheral connection region, the inlet duct and the outlet duct being connected to each other in an angled duct transition of the cooling water conduction device so as to form the cooling water conduction device, the inlet duct and the outlet duct forming a duct angle α greater than 90 degrees in a plane vertical to the central axis so as to form the duct transition, and the nozzle body having a plurality of nozzle bores so as to form a plurality of oxygen nozzles, the nozzle bores being spaced apart from one another by intermediate nozzle walls formed by the nozzle body, and inlet ducts and adjoining outlet ducts being arranged in different intermediate nozzle walls so as to form a plurality of cooling water conduction devices, characterized in that the inlet duct or the outlet duct extends from the peripheral connection region past the central axis of the nozzle body in such a manner that an array of duct transitions concentric to the central axis is formed, said duct transitions forming an annular duct comprising duct transitions arranged in a merging manner.
A mining truck hopper for the transport of waste rock and ore materials, having a mixed structure comprising a steel structure and a polymeric component (20, 22, 24, 26, 28), which is fastened to and supported by the steel structure and includes a bottom or base, for storage of the material, structured as a rubber mat hanging on parallel elastomeric ropes, wherein the polymeric component makes up a body of the hopper, bearing impact and wear caused by the transported material, characterised in that a rear portion of the mat is thickened to form a retaining section with a tilting degree not over 20%, forming a filling cone that improves the filling process of the hopper, avoids spillage of the material during transport and bears maximum impact and abrasion stresses caused by the material.
A pharmaceutical composition comprising a conjugate comprising a phthalocyanine dye linked to cetuximab for use in a dosing schedule for treating a tumor in a human subject, wherein the dosing schedule comprises: (a) intravenously administering to the human subject having a tumor, the conjugate in an amount that is or is about 320 mg/m 2 or that is or is about 640 mg/m 2; and (b) after administering the conjugate, irradiating the tumor at a wavelength of 600 nm to 850 nm at a dose from 5 J cm -2 to 200 J cm -2 or from 20 J/cm fiber length to 500 J/cm fiber length. (a) intravenously administering to the human subject having a tumor, the conjugate in an amount that is or is about 320 mg/m 2 or that is or is about 640 mg/m 2; and (b) after administering the conjugate, irradiating the tumor at a wavelength of 600 nm to 850 nm at a dose from 5 J cm -2 to 200 J cm -2 or from 20 J/cm fiber length to 500 J/cm fiber length.