mhurhangee/ep-ind-claims huggingface dataset:
An artificial urinary sphincter system comprising: a cuff (22, 300) having a pre-shaped spiral tube to be wrapped around a urethra, the cuff having a fluid lumen extending between a first end portion and a second end portion; a connector having a fluid lumen coupled to the first end portion and the second end portion of the cuff (22, 300) such that fluid flows through the connector to the first end portion and the second end portion of the cuff; a reservoir to provide a fluid with a regulated fluid pressure; a control device to be fluidically coupled to the reservoir, the control device having a valve, that upon activation, allows the fluid to move from the reservoir into the cuff (22, 300), thus expanding the cuff to allow the urethra to open for voiding. a cuff (22, 300) having a pre-shaped spiral tube to be wrapped around a urethra, the cuff having a fluid lumen extending between a first end portion and a second end portion; a connector having a fluid lumen coupled to the first end portion and the second end portion of the cuff (22, 300) such that fluid flows through the connector to the first end portion and the second end portion of the cuff; a reservoir to provide a fluid with a regulated fluid pressure; a control device to be fluidically coupled to the reservoir, the control device having a valve, that upon activation, allows the fluid to move from the reservoir into the cuff (22, 300), thus expanding the cuff to allow the urethra to open for voiding.
An information processing apparatus worn on the head of a user which is a glasses-type HMD comprising a transmission type display unit; an estimating unit configured to estimate behavior of the user by comparing data detected by a detecting unit worn on the head of the user and configured to detect motion of the head with a behavior characteristic amount calculated based on learning data; and a control unit configured to perform control of display content according to the behavior estimated by the estimating unit by recognizing a position of a face of another party with whom the user is having a conversation and controlling a display content's position so as not to overlap with the face of the other party. an estimating unit configured to estimate behavior of the user by comparing data detected by a detecting unit worn on the head of the user and configured to detect motion of the head with a behavior characteristic amount calculated based on learning data; and a control unit configured to perform control of display content according to the behavior estimated by the estimating unit by recognizing a position of a face of another party with whom the user is having a conversation and controlling a display content's position so as not to overlap with the face of the other party.
Method for manufacturing a winding coil of an electric machine from flat cable, which coil comprises the coil sides (8,10) to be fitted to the groove of an electric machine and the end sections (14,16) which are left outside the groove and form the coil end, wherein the method comprises the following phases: - flat cable is used for winding a semi-finished spool in which the coil rounds are in the same winding plane and in which there are two parallel straight coil sides (8,10) on opposite sides, - the semi-finished spool is wound so that the flat cable is bent around its wider face, whereby the wider faces of the flat cable lay against each other when the cables are on top of each other in the semi-finished spool, and - the parallel straight coil sides (8,10) are bent towards each other essentially at a right angle in comparison to the winding plane. - flat cable is used for winding a semi-finished spool in which the coil rounds are in the same winding plane and in which there are two parallel straight coil sides (8,10) on opposite sides, - the semi-finished spool is wound so that the flat cable is bent around its wider face, whereby the wider faces of the flat cable lay against each other when the cables are on top of each other in the semi-finished spool, and - the parallel straight coil sides (8,10) are bent towards each other essentially at a right angle in comparison to the winding plane.
A method for detecting discontinuities in a sample, the sample including a surface extending along a reference plane (X, Y), the method including the following steps of: ∘ (a) acquiring a series of diffraction images of the surface of the sample, each diffraction image being made by illuminating the sample surface with a particle beam able to be diffracted by the sample surface, the series of diffraction images being made by moving the particle beam relative to the sample surface along a direction X and along a direction Y, each diffraction image being identified by the coordinates (x n, y n) of the particle beam upon acquiring said diffraction image; ∘ (b) for each diffraction image, determining an amount of total intensity variations between this diffraction image and each of the diffraction images which are adjacent to this diffraction image; and further characterised in that it includes the following steps of: ∘ (c) for each diffraction image, comparing the amount of total intensity variations with a threshold amount; ∘ for each diffraction image: ▪ if the amount of total intensity variations is higher than the threshold amount, it is considered that there is a discontinuity at the corresponding diffraction image; ▪ if the amount of total intensity variations is lower than the threshold amount, it is considered that there is no discontinuity at the corresponding diffraction image. ∘ (a) acquiring a series of diffraction images of the surface of the sample, each diffraction image being made by illuminating the sample surface with a particle beam able to be diffracted by the sample surface, the series of diffraction images being made by moving the particle beam relative to the sample surface along a direction X and along a direction Y, each diffraction image being identified by the coordinates (x n, y n) of the particle beam upon acquiring said diffraction image; ∘ (b) for each diffraction image, determining an amount of total intensity variations between this diffraction image and each of the diffraction images which are adjacent to this diffraction image; ∘ (c) for each diffraction image, comparing the amount of total intensity variations with a threshold amount; ∘ for each diffraction image: ▪ if the amount of total intensity variations is higher than the threshold amount, it is considered that there is a discontinuity at the corresponding diffraction image; ▪ if the amount of total intensity variations is lower than the threshold amount, it is considered that there is no discontinuity at the corresponding diffraction image. ▪ if the amount of total intensity variations is higher than the threshold amount, it is considered that there is a discontinuity at the corresponding diffraction image; ▪ if the amount of total intensity variations is lower than the threshold amount, it is considered that there is no discontinuity at the corresponding diffraction image.
A wireless device configured to communicate via a wireless uplink channel, the wireless device comprising: a processor and a memory communicatively connected to the processor, the processor configured to: select a preamble index having associated therewith a preamble and a hopping sequence of resource chunks including a first resource chunk of a first payload transmission zone and a second resource chunk of a second payload transmission zone; identify the first resource chunk of the first payload transmission zone and the second resource chunk of the second payload transmission zone based on the hopping sequence of resource chunks; transmit the preamble toward a wireless access node in a preamble transmission zone of the wireless uplink channel; transmit a payload toward the wireless access node over the first resource chunk in the first payload transmission zone of the wireless uplink channel without establishing a connection with the wireless access node; and based on a condition detected by the wireless device, retransmit the payload or a redundancy version of the payload over the second resource chunk in the second payload transmission zone of the wireless uplink channel without retransmitting the preamble. select a preamble index having associated therewith a preamble and a hopping sequence of resource chunks including a first resource chunk of a first payload transmission zone and a second resource chunk of a second payload transmission zone; identify the first resource chunk of the first payload transmission zone and the second resource chunk of the second payload transmission zone based on the hopping sequence of resource chunks; transmit the preamble toward a wireless access node in a preamble transmission zone of the wireless uplink channel; transmit a payload toward the wireless access node over the first resource chunk in the first payload transmission zone of the wireless uplink channel without establishing a connection with the wireless access node; and based on a condition detected by the wireless device, retransmit the payload or a redundancy version of the payload over the second resource chunk in the second payload transmission zone of the wireless uplink channel without retransmitting the preamble.
Vehicle having an air-conditioning system which is operated with CO 2 as refrigerant and which comprises a housing in which components of the air-conditioning system are mounted and which comprises walls composed of plastic or metal, which walls mechanically support, hold and stabilize the housing, wherein the walls are lined, on the inner side, with a reinforcement fabric composed of plastics fibres, the entire inner surface of the housing with the exception of openings (16, 18, 20) is lined with the reinforcement fabric, the reinforcement fabric is composed of high-strength fibres which provide protection against any exploding components of the air-conditioning system, and the reinforcement fabric, in interaction with aluminium foils (26, 28) arranged on the inner side and on the outer side of the reinforcement fabric, thermally insulates the components of the air-conditioning system that are arranged in the housing.
A method of manufacturing a structural module with a facade layer which comprises formation of a bearing monolithic base followed by formation of a heat-insulating layer, a reinforcing layer and a facade layer, wherein, firstly, the facade layer is formed by placing a layer of hydrophobic filler on the bottom of the mold, placing an adhesive mixture, a reinforcing layer, a heat-insulating layer and a bearing base thereon, and the adhesive mixture is then allowed to polymerize and spreadability of the adhesive mixture is within 7 cm to 70 cm and adhesion of the adhesive mixture to the heat-insulating layer is at least 0.5 MPa, and, to fix the heat-insulating layer on the bearing base, a fixing element is used with a dead end buried in the heat-insulating layer before the bearing base is formed followed by embedding an operating end of the fixing element in a layer of the bearing base.
Calculation method for the positioning of sensors designed to measure an odorant gas in a natural gas network, including the steps of: acquisition of data representing the physical state of the natural gas network, simulation of the natural gas network, calculation for the positioning of odorant gas sensors characterised in that the natural gas network comprises a plurality of network nodes and a plurality of pipelines and the simulation step includes the calculation of the average travel time for each pair of nodes. acquisition of data representing the physical state of the natural gas network, simulation of the natural gas network, calculation for the positioning of odorant gas sensors characterised in that the natural gas network comprises a plurality of network nodes and a plurality of pipelines and the simulation step includes the calculation of the average travel time for each pair of nodes.
An artificial microstructure (2, 203), comprising two "I" shaped metal wire structures, wherein the two "I" shaped metal wire structures are separated to each other, and each "I" shaped metal wire structure comprises two parallel lines and a vertical line perpendicularly connected to the midpoints of the parallel lines, each of the vertical lines of the two "I" shaped metal wire structures is connected to two identical opening rings and crosses through the two opening rings and the openings of the rings until the parallel lines, and the opening rings are separated from the parallel lines, and the opening of one opening ring faces towards that of the other opening ring.
A head-up display, comprising: a display panel configured to emit image light corresponding to a parallax image comprising a left-eye image and a right-eye image; a barrier comprising barrier patterns which can operate to allow image light corresponding to the left-eye image to reach user's left eye, as well as to allow image light corresponding to the right-eye image to reach user's right eye, the barrier being constituted by a liquid crystal shutter; and an optical system configured to carry out focusing of the image light corresponding to the parallax image and project a resulting parallax image to user's left and right eyes (5L, 5R), and carry out focusing of the image light corresponding to the parallax image on a projection plane so that the parallax image is enlarged in a first direction corresponding with a parallax direction by a first enlargement factor, and the parallax image is enlarged in a second direction intersecting with the first direction by a second enlargement factor, the first enlargement factor and the second enlargement factor being different from each other, wherein the barrier patterns are arranged in the first direction, and each extend in a direction inclined at a predetermined angle with respect to the second direction, and the predetermined angle is determined based on a ratio between the first enlargement factor and the second enlargement factor, and an angle at which the barrier patterns are inclined with respect to the second direction when viewed on the projection plane. a display panel configured to emit image light corresponding to a parallax image comprising a left-eye image and a right-eye image; a barrier comprising barrier patterns which can operate to allow image light corresponding to the left-eye image to reach user's left eye, as well as to allow image light corresponding to the right-eye image to reach user's right eye, the barrier being constituted by a liquid crystal shutter; and an optical system configured to carry out focusing of the image light corresponding to the parallax image and project a resulting parallax image to user's left and right eyes (5L, 5R), and carry out focusing of the image light corresponding to the parallax image on a projection plane so that the parallax image is enlarged in a first direction corresponding with a parallax direction by a first enlargement factor, and the parallax image is enlarged in a second direction intersecting with the first direction by a second enlargement factor, the first enlargement factor and the second enlargement factor being different from each other, wherein the barrier patterns are arranged in the first direction, and each extend in a direction inclined at a predetermined angle with respect to the second direction, and the predetermined angle is determined based on a ratio between the first enlargement factor and the second enlargement factor, and an angle at which the barrier patterns are inclined with respect to the second direction when viewed on the projection plane.
A wireless communication device for performing an inter-device wireless communication with another wireless communication device (200, 300, 400) in accordance with the Wi-Fi Direct specification, the wireless communication device comprising a receiving unit configured receive an action frame from the other wireless communication device containing information about a role of the wireless communication device that the wireless communication device can play during operation of an application, the action frame being specified in the IEEE 802.11 specification, characterised in that the action frame contains information about a fourth layer, wherein the information about the fourth layer includes at least information about RTSP, wherein the information about the role of the wireless communication device and the information about the fourth layer are arranged so that the information about the role of the wireless communication device comes before the information about the fourth layer in the action frame.
Remote control device with insulating casing having at least one main face, for controlling at least one switching device arranged against said main face, said remote control device comprising an electromechanical actuator equipped with a mobile part, driving means cooperating with said mobile part, and a rotary remote control shaft coupled to said driving means to actuate the at least one switching device, said remote control shaft passing through said main face in a direction substantially at right angles to said main face, characterized in that said driving means comprise an essentially mechanical bistable driving mechanism coupled to said mobile part of the actuator, said bistable driving mechanism comprising mobile elements that can be moved in translation along a single driving axis and that can be moved in rotation about said axis.
Changeable nozzle (D1, D2) for applying an application agent to a component and for fastening to an change system (X1, X2), the nozzle (D1, D2) consisting of a nozzle body which contains the nozzle outlet opening (s), has a longitudinal and central axis and comprises the following: a) an alignment means (A1, H2) configured for angularly aligning the nozzle (D1, D2) on the change system (X1, X2) with respect to the longitudinal and central axes; and b) a holding device (H1, H2) for releasably holding the nozzle (D1, D2) on the change system (X1, X2), the holding device (H1, H2) having at least one holding recess (H1, H2) which is of conical design and tapers into the nozzle interior in such a way that, with respect to the longitudinal and central axis, a non-axial action on the holder recess (H1, H2) causes an axial displacement of the nozzle (D1, D2), characterized in that a rotationally asymmetrical non-round outer geometry of the nozzle serves as the alignment means, and the outer geometry has at least one alignment section formed on the side of the nozzle for the angularly correct, mechanical alignment of the nozzle, the alignment section being straight and planar on the outer surface of the nozzle for contour-parallel alignment on the change system (X1, X2) and with the rotationally asymmetrical configuration of the outer geometry of the nozzle, or the alignment means has at least two retaining recesses which are spaced apart from one another in the circumferential direction of the nozzle and taper conically into the nozzle interior, so that the retaining recesses permit fixing of the nozzle only in angularly correct alignment, and the holding recesses also serve for releasably holding the nozzle on the change system, whereby the aligning device also serves as a holding device for releasably holding the nozzle on the change system. a) an alignment means (A1, H2) configured for angularly aligning the nozzle (D1, D2) on the change system (X1, X2) with respect to the longitudinal and central axes; and b) a holding device (H1, H2) for releasably holding the nozzle (D1, D2) on the change system (X1, X2), the holding device (H1, H2) having at least one holding recess (H1, H2) which is of conical design and tapers into the nozzle interior in such a way that, with respect to the longitudinal and central axis, a non-axial action on the holder recess (H1, H2) causes an axial displacement of the nozzle (D1, D2), characterized in that a rotationally asymmetrical non-round outer geometry of the nozzle serves as the alignment means, and the outer geometry has at least one alignment section formed on the side of the nozzle for the angularly correct, mechanical alignment of the nozzle, the alignment section being straight and planar on the outer surface of the nozzle for contour-parallel alignment on the change system (X1, X2) and with the rotationally asymmetrical configuration of the outer geometry of the nozzle,
A method for subscriber tracing in a communications system, including capturing (302, 401), in a network apparatus, user plane packets, wherein the apparatus implements a 3GPP policy and charging enforcement functionality PCEF; adding (302, 402) packet-specific metadata to a captured user plane packet, wherein the packet-specific metadata is used for facilitating subscriber-specific troubleshooting of core network elements; and wherein the metadata enables a network operator to compare the charging and policy control treatment received by different packet flows in the network apparatus for a specific packet and packet flow; and wherein the metadata includes - a public part documented in product-specific customer documentation, and/or - a private part intended for troubleshooting by the product vendor, and including information on an exact code point, licensing information, internal resource situation information, and/or other private information. - a public part documented in product-specific customer documentation, and/or - a private part intended for troubleshooting by the product vendor, and including information on an exact code point, licensing information, internal resource situation information, and/or other private information.
A method for notifying group communication information, comprising steps of: exchanging, by a base station, with a further base station information about Multicast Broadcast Single Frequency Network, MBSFN, areas to which serving cells of the base stations belong; and the method is characterized by further comprising: transmitting, by the base station, the information about the MBSFN areas to which the neighboring cells of the current serving cell of the terminal belong, to the terminal when the base station determines, in accordance with the neighboring cells of the current serving cell of the terminal and the received information about the MBSFN area, that the MBSFN areas to which the neighboring cells of the current serving cell of the terminal belong are different from the MBSFN area to which the current serving cell of the terminal belongs, wherein the terminal continues to receive group communication data in an Multimedia Broadcast Multicast Service, MBMS, manner when the terminal determines, that the MBSFN areas to which the neighboring cells of the current serving cell of the terminal belong are identical to the MBSFN area to which the current serving cell of the terminal belongs, wherein the terminal is served by the current serving cell. exchanging, by a base station, with a further base station information about Multicast Broadcast Single Frequency Network, MBSFN, areas to which serving cells of the base stations belong; and the method is characterized by further comprising: transmitting, by the base station, the information about the MBSFN areas to which the neighboring cells of the current serving cell of the terminal belong, to the terminal when the base station determines, in accordance with the neighboring cells of the current serving cell of the terminal and the received information about the MBSFN area, that the MBSFN areas to which the neighboring cells of the current serving cell of the terminal belong are different from the MBSFN area to which the current serving cell of the terminal belongs, wherein the terminal continues to receive group communication data in an Multimedia Broadcast Multicast Service, MBMS, manner when the terminal determines, that the MBSFN areas to which the neighboring cells of the current serving cell of the terminal belong are identical to the MBSFN area to which the current serving cell of the terminal belongs, wherein the terminal is served by the current serving cell.