mhurhangee/ep-ind-claims huggingface dataset:
Radial shaft seal (10; 60; 70) for sealing between a high pressure side and a low pressure side in an annular space between a shaft and a static structural part receiving the shaft, wherein the radial shaft seal (10; 60; 70) is configured to be rotationally symmetric and is arranged coaxially to the shaft, comprising (i) a first sealing ring made from a non-elastic plastic material comprising a fluorinated polymer, which in the region of its inner periphery bulges in the direction of the low pressure side and forms a first sealing lip abutting against the shaft with an initial stress resulting from a memory effect of the plastic material. (ii) a spacer ring, which is arranged axially displaced relative to the first sealing ring in the direction of the low pressure side, with a first face directed towards the high pressure side and a second face directed towards the low pressure side, and (iii) an elastic shaped part, which in the region of its outer periphery abuts against the second face of the spacer ring and in the region of its inner periphery bulges in the direction of the high pressure side and abuts against the first sealing lip, wherein between the spacer ring, the elastic shaped part and, if applicable, the first sealing lip there is formed a cavity, which is subjected to the pressure prevailing on the high pressure side in such a manner that as a result of the pressure application the first sealing lip is pressed against the shaft by means of the elastic shaped part, and that the pressure of the high pressure side between the first sealing lip and the shaft is equalized. (i) a first sealing ring made from a non-elastic plastic material comprising a fluorinated polymer, which in the region of its inner periphery bulges in the direction of the low pressure side and forms a first sealing lip abutting against the shaft with an initial stress resulting from a memory effect of the plastic material. (ii) a spacer ring, which is arranged axially displaced relative to the first sealing ring in the direction of the low pressure side, with a first face directed towards the high pressure side and a second face directed towards the low pressure side, and (iii) an elastic shaped part, which in the region of its outer periphery abuts against the second face of the spacer ring and in the region of its inner periphery bulges in the direction of the high pressure side and abuts against the first sealing lip,
A biopharmaceutical container bag, comprising > a body of a bag serving as a container, > a bag part intended to be secured to a connector of the container, characterized in that it also comprises: > a flexible sleeve which is turned back inside the body of the bag and can be deployed outside the body of the bag through the part of the bag intended to be secured to a connector of the container, and forms an integral part of the bag and is a neck of reduced size extending the body of the bag, and in that: > the part of the bag intended to be secured to a connector of the container is a fold of the wall of the bag, > the wall of the bag forms the body of the bag on one side of the fold and also forms the sleeve on the other side of the fold, and > the fold of the wall of the bag comprises two wall portions of the bag folded over each other without any free space therebetween, these two portions being secured to each other, these two portions advantageously being welded to each other. > a body of a bag serving as a container, > a bag part intended to be secured to a connector of the container, > a flexible sleeve which is turned back inside the body of the bag and can be deployed outside the body of the bag through the part of the bag intended to be secured to a connector of the container, and forms an integral part of the bag and is a neck of reduced size extending the body of the bag, > the part of the bag intended to be secured to a connector of the container is a fold of the wall of the bag, > the wall of the bag forms the body of the bag on one side of the fold and also forms the sleeve on the other side of the fold, and > the fold of the wall of the bag comprises two wall portions of the bag folded over each other without any free space therebetween, these two portions being secured to each other, these two portions advantageously being welded to each other.
A wireless electronic device comprising: a Substrate Integrated Waveguide, SIW, formed in a substrate by vias that extend from a first metal layer into the substrate and extend to a second metal layer; wherein the first metal layer is on a first side of the SIW, and directly connects to one or more top wave traps extending outward along a major plane of a first side of the first metal layer; wherein the second metal layer is on a second side of the SIW, opposite the first side of the SIW; a feeding structure extending through the first metal layer and into the SIW; and a reflector on the first side of the SIW, the reflector directly connected to the first metal layer and extending outward along the major plane of the first side of the first metal layer, wherein the wireless electronic device is configured to resonate at a resonant frequency when excited by a signal transmitted or received through the feeding structure, and wherein the one or more top wave traps are configured to shape a signal radiated by the reflector based on the signal transmitted or received through the feeding structure. a Substrate Integrated Waveguide, SIW, formed in a substrate by vias that extend from a first metal layer into the substrate and extend to a second metal layer; wherein the first metal layer is on a first side of the SIW, and directly connects to one or more top wave traps extending outward along a major plane of a first side of the first metal layer; wherein the second metal layer is on a second side of the SIW, opposite the first side of the SIW; a feeding structure extending through the first metal layer and into the SIW; and a reflector on the first side of the SIW, the reflector directly connected to the first metal layer and extending outward along the major plane of the first side of the first metal layer, wherein the wireless electronic device is configured to resonate at a resonant frequency when excited by a signal transmitted or received through the feeding structure, and wherein the one or more top wave traps are configured to shape a signal radiated by the reflector based on the signal transmitted or received through the feeding structure.
A method of operation of a radio access node (502, 506) in a cellular communications network to transmit multi-stage downlink control information, comprising: transmitting a first part of a multi-stage downlink control information in a first Orthogonal Frequency Division Multiplexing, OFDM, symbol; and transmitting a second part of the multi-stage downlink control information in a second OFDM symbol that is subsequent to the first OFDM symbol; wherein Cyclic Redundancy Check, CRC, bits are attached to the second part of the multi-stage downlink control information and CRC bits are not attached to the first part of the multi-stage downlink control information. transmitting a first part of a multi-stage downlink control information in a first Orthogonal Frequency Division Multiplexing, OFDM, symbol; and transmitting a second part of the multi-stage downlink control information in a second OFDM symbol that is subsequent to the first OFDM symbol; wherein Cyclic Redundancy Check, CRC, bits are attached to the second part of the multi-stage downlink control information and CRC bits are not attached to the first part of the multi-stage downlink control information.
A pump arrangement for pumping barrier liquid in a sealed space of a mechanical shaft seal, comprising a housing (110, 24) assemblable in connection with a rotatable shaft of a device to be sealed by the mechanical shaft seal, and the housing (100,24) is provided with a pumping means, which is configured to be in force transmission connection with the rotatable shaft for providing power to operate the pumping means when in use, characterized in that that the pump arrangement comprises a force transmission projection comprising a wheel rotatably supported in the body (110,24), which is arranged to at least partly extend out from the housing to the sealed space, such that the wheel is configured to be in force transmission connection with the rotatable shaft providing power to the pumping means, when assembled in use.
A vehicle rear lamp comprising: - a casing; - a plurality of light sources disposed in the casing; - an electrical power supply circuit of the light sources housed in the casing and intended to be linked to a bundle of cables of the vehicle, said electrical power supply circuit comprising a plurality of first conductors each dedicated to one of the light sources and a second conductor that constitutes a ground conductor; characterized in that it further comprises: - at least two output terminals, preferably at least four output terminals, each output terminal being arranged in a wall of the casing, each output terminal comprising pins which are configured to be linked to an accessory (12,12a, 12b, 12c) of the vehicle, outside the casing; - an electronic card which is housed in the casing and which includes: - power supply tracks, one power supply track dedicated to each of the output terminals linking the pins of said output terminal to at least one of the first conductors, inside the casing, - and a control unit configured to control each output terminal depending on at least one data received by said control unit. - a casing; - a plurality of light sources disposed in the casing; - an electrical power supply circuit of the light sources housed in the casing and intended to be linked to a bundle of cables of the vehicle, said electrical power supply circuit comprising a plurality of first conductors each dedicated to one of the light sources and a second conductor that constitutes a ground conductor; - at least two output terminals, preferably at least four output terminals, each output terminal being arranged in a wall of the casing, each output terminal comprising pins which are configured to be linked to an accessory (12,12a, 12b, 12c) of the vehicle, outside the casing; - an electronic card which is housed in the casing and which includes: - power supply tracks, one power supply track dedicated to each of the output terminals linking the pins of said output terminal to at least one of the first conductors, inside the casing, - and a control unit configured to control each output terminal depending on at least one data received by said control unit. - power supply tracks, one power supply track dedicated to each of the output terminals linking the pins of said output terminal to at least one of the first conductors, inside the casing, - and a control unit configured to control each output terminal depending on at least one data received by said control unit.
System for providing visual assistance to an individual suffering from kinetosis, comprising: - a sensor configured to measure, in real time, motion data of a vehicle in a three-dimensional terrestrial reference frame, - an artificial-horizon device configured to generate, in real time, an artificial-horizon image on a screen depending on said vehicle motion data and on measured data on the position of the head of the individual with respect to the screen, and - a wearable augmented-reality device configured to display, in real time, the artificial-horizon image to an individual, wearing said wearable device, occupying said vehicle. - a sensor configured to measure, in real time, motion data of a vehicle in a three-dimensional terrestrial reference frame, - an artificial-horizon device configured to generate, in real time, an artificial-horizon image on a screen depending on said vehicle motion data and on measured data on the position of the head of the individual with respect to the screen, and - a wearable augmented-reality device configured to display, in real time, the artificial-horizon image to an individual, wearing said wearable device, occupying said vehicle.
A topical skin care composition comprising: (a) Loropetalum chinensis extract; (b) an extract from Trema angustifolia and Glochidion lanceolaris; and (c) a dermatologically acceptable vehicle. (a) Loropetalum chinensis extract; (b) an extract from Trema angustifolia and Glochidion lanceolaris; and (c) a dermatologically acceptable vehicle.
Apparatus for application of a viscous material, having an application tube that has a material inlet opening at a first end and a material outlet opening at a second end, delimits an application channel, and is flexible at least over a part of its length, having a housing that accommodates the application tube and has a material feed connector for the viscous material to the application tube, wherein the application tube is connected with the housing in an initial region that proceeds from the material inlet opening and is disposed at a distance from the housing in an end region that extends to the material outlet opening, and wherein a mounting section of the end region is mounted close to the material outlet opening, in a motor-driven eccentric that can rotate about a longitudinal center axis, and having an adjustment mechanism for adjustment of the distance of the mounting section from the longitudinal center axis, characterized in that the eccentric has an outer body that can rotate about the longitudinal center axis and an inner body accommodated in the outer body, in which the mounting section is mounted by means of a pivot bearing, and that the inner body can be moved with reference to the outer body.
A multispecific protein comprising (a) an EpCAM binding domain, (b) a CD3ε binding domain, and (c) a bulk serum protein binding domain that binds to a human serum albumin protein, wherein the multispecific protein comprises an amino acid sequence of any one of SEQ ID NOS: 576, 577, and 578.
A one-piece brake disc for rolling stock consisting of two coaxial brake plates which are interconnected by cooling ribs, a hub and brackets that are equidistantly arranged circumferentially on an outer circumference of the hub, the brake plates being inseparably fastened to the hub via the brackets, wherein each bracket is formed of a rigid portion, with which the bracket is inseparably attached to an outer circumference of the hub, and of a flexible portion which continues from the rigid portion, the flexible portion is provided at a point of attachment to the brake plates with an attachment point, with which it is inseparably attached to both brake plates via a cast connection, wherein the flexible portion being made at an inclination with respect to a radial axis passing through a centre of the attachment point, and wherein an angle (α) of inclination enclosed by said radial axis passing through the centre of the attachment point and a line, connecting points at a beginning and an end of the flexible portion of the bracket and passing through the centre of the attachment point, is between 35 and 50°, characterized in that the flexible portion is made of two mutually parallel arms for preventing rotation of the bracket at the point of attachment of the bracket to the brake plate during the deformation that occurs during braking, wherein the arms are flat and in a cross-section rounded at edges, a width of the arm in a radial direction being at least three times larger than a thickness of the arm in a direction perpendicular to said radial direction, and a width of a gap between the arms being about identical to the width of the individual arm.
An end effector for use with an ultrasonic surgical instrument, comprising: a first portion having a first specific acoustic impedance value, the first portion comprising a proximal end segment and a distal end segment; and an insert segment located between the proximal end segment and the distal end segment; characterised in that the nodal gap, defined as the length segment of the end effector surrounding a node where ultrasonic displacement is below a predetermined level, which is a percentage of the maximum displacement, is reduced by said insert segment having a second specific acoustic impedance value different than the first specific acoustic impedance value, wherein the insert segment is positioned at a location corresponding to the location of the nodal gap. a first portion having a first specific acoustic impedance value, the first portion comprising a proximal end segment and a distal end segment; and an insert segment located between the proximal end segment and the distal end segment; characterised in that the nodal gap, defined as the length segment of the end effector surrounding a node where ultrasonic displacement is below a predetermined level, which is a percentage of the maximum displacement, is reduced by said insert segment having a second specific acoustic impedance value different than the first specific acoustic impedance value, wherein the insert segment is positioned at a location corresponding to the location of the nodal gap.
A dressing for use with negative pressure wound therapy comprising a manifold, the manifold having a wound facing side, a non-wound facing side opposite the wound facing side, and outer edges between the wound facing and non-wound facing sides; and a first biopolymer layer in contact with the wound facing side and at least a portion of the outer edges of the manifold, the first biopolymer layer being for reducing or preventing the ingrowth of tissue into said portion of the outer edges during negative pressure wound therapy. a manifold, the manifold having a wound facing side, a non-wound facing side opposite the wound facing side, and outer edges between the wound facing and non-wound facing sides; and a first biopolymer layer in contact with the wound facing side and at least a portion of the outer edges of the manifold, the first biopolymer layer being for reducing or preventing the ingrowth of tissue into said portion of the outer edges during negative pressure wound therapy.
System for using an abnormal electrical discharge in order to treat at least substrate, comprising an enclosure containing a gas under reduced pressure and, in this enclosure, at least one plasma source and a substrate-holder intended to support a substrate to be treated, characterised in that it comprises at least one device in the said enclosure for amplifying the current of an abnormal electrical discharge which is arranged so as to amplify the plasma generated by the source, this device being fed by a supply voltage of between 20 and 60 volts and arranged at a distance of at most 400 mm from this source so that the amplified plasma diffuses towards the substrate holder, this device consisting of a positively polarised flat electrode and a magnetic circuit producing a uniformly diverging magnetic field, the said electrode being positioned in the region where the said magnetic field is most intense, the magnetic circuit being designed so that the intensity at the surface of the said thus positioned electrode is greater than 6 x 10 -2 Tesla.
A sounding reference signal, SRS, resource configuration method, wherein the method comprises: sending, by a network device, first configuration information to a terminal, wherein the first configuration information is used to configure a pattern of a sounding reference signal, SRS, resource, the SRS resource is distributed at equal intervals in frequency domain, an interval of said intervals is M subcarriers, the method being characterized in that M is an integer greater than 4, wherein a comb structure corresponding to M subcarriers distributed at the equal intervals in frequency domain is comb-M, and M is 6, 8, or 12; the first configuration information is further used to configure a cyclic shift value of the SRS resource, wherein in a case that the first configuration information satisfies a first preset condition, the first configuration information is further used to instruct the terminal to perform a preset operation; wherein the first preset condition comprises any one of the following: M=6, the bandwidth information of the SRS resource is 8 Resource Blocks, RBs, 16 RBs, or 32 RBs; and M=12, the bandwidth information of the SRS resource is 4 RBs, 8 RBs, 16 RBs, 20 RBs, 28 RBs, or 32 RBs, wherein the preset operation comprises: skipping sending the SRS resource; or truncating a generated sequence of the SRS resource and sending the truncated sequence. sending, by a network device, first configuration information to a terminal, wherein the first configuration information is used to configure a pattern of a sounding reference signal, SRS, resource, the SRS resource is distributed at equal intervals in frequency domain, an interval of said intervals is M subcarriers, the method being characterized in that M is an integer greater than 4, wherein a comb structure corresponding to M subcarriers distributed at the equal intervals in frequency domain is comb-M, and M is 6, 8, or 12; the first configuration information is further used to configure a cyclic shift value of the SRS resource, wherein in a case that the first configuration information satisfies a first preset condition, the first configuration information is further used to instruct the terminal to perform a preset operation; wherein the first preset condition comprises any one of the following: M=6, the bandwidth information of the SRS resource is 8 Resource Blocks, RBs, 16 RBs, or 32 RBs; and M=12, the bandwidth information of the SRS resource is 4 RBs, 8 RBs, 16 RBs, 20 RBs, 28 RBs, or 32 RBs, wherein the preset operation comprises: skipping sending the SRS resource; or truncating a generated sequence of the SRS resource and sending the truncated sequence. M=6, the bandwidth information of the SRS resource is 8 Resource Blocks, RBs, 16 RBs, or 32 RBs; and M=12, the bandwidth information of the SRS resource is 4 RBs, 8 RBs, 16 RBs, 20 RBs, 28 RBs, or 32 RBs, wherein the preset operation comprises: skipping sending the SRS resource; or truncating a generated sequence of the SRS resource and sending the truncated sequence. skipping sending the SRS resource; or truncating a generated sequence of the SRS resource and sending the truncated sequence.
A method for diagnosing a urea concentration sensor of a urea water supply system, the method comprising: using an acquisition section, acquiring a detected value (Cur) of the sensor; and using a calculation section, calculating a NOx purification rate (η) by a selective reduction catalyst; characterised by the method further comprising, using a diagnosis section, diagnosing that the sensor is abnormal when only one of a first condition and a second condition is satisfied, where the first condition is that the purification rate (η) calculated by the calculation section is greater than or equal to a preset reference purification rate (ηst), and the second condition is that the detected value (Cur) acquired by the acquisition section is greater than or equal to a preset reference concentration (Cst). using an acquisition section, acquiring a detected value (Cur) of the sensor; and using a calculation section, calculating a NOx purification rate (η) by a selective reduction catalyst; characterised by the method further comprising, using a diagnosis section, diagnosing that the sensor is abnormal when only one of a first condition and a second condition is satisfied, where the first condition is that the purification rate (η) calculated by the calculation section is greater than or equal to a preset reference purification rate (ηst), and the second condition is that the detected value (Cur) acquired by the acquisition section is greater than or equal to a preset reference concentration (Cst).