mhurhangee/ep-ind-claims huggingface dataset:
A seat comprising: a pad having at least one groove formed in an opposing surface facing a seated person; a skin that has at least one hanging portion extending along the groove and hung inside the groove and covers the opposing surface of the pad; at least one linear member extending along a longitudinal direction of the hanging portion and provided at an end edge of the hanging portion; and at least one elastically deformable tubular member provided inside the groove of the pad so as to extend along the groove, wherein a slit is formed on an outer peripheral surface of the tubular member, the slit extending in a longitudinal direction of the tubular member, having a width narrower than an outer diameter of the linear member, characterized in that the slit enables the width to be expanded by elastic deformation of the tubular member, and the linear member is inserted from the slit on the outer peripheral surface of the tubular member, and the linear member provided at the hanging portion of the skin is restrained inside the groove of the pad in a state where the hanging portion is inserted in the slit of the tubular member. a pad having at least one groove formed in an opposing surface facing a seated person; a skin that has at least one hanging portion extending along the groove and hung inside the groove and covers the opposing surface of the pad; at least one linear member extending along a longitudinal direction of the hanging portion and provided at an end edge of the hanging portion; and at least one elastically deformable tubular member provided inside the groove of the pad so as to extend along the groove, wherein a slit is formed on an outer peripheral surface of the tubular member, the slit extending in a longitudinal direction of the tubular member, having a width narrower than an outer diameter of the linear member, characterized in that the slit enables the width to be expanded by elastic deformation of the tubular member, and the linear member is inserted from the slit on the outer peripheral surface of the tubular member, and the linear member provided at the hanging portion of the skin is restrained inside the groove of the pad in a state where the hanging portion is inserted in the slit of the tubular member.
A ring rolling machine, comprising at least one hydraulically controlled linear axle, characterized in that the hydraulically controlled linear axle is driven via an electro-hydrostatic actuator.
A pressure management warming headrest comprising: a spacer layer; a heating layer including a heating member having a heating element; and a pressure management layer comprised of at least one foam layer, wherein said spacer layer, heating layer and pressure management layer are bonded together, and wherein the pressure management layer has a central opening comprised of a rectangular region and a semicircular region. a spacer layer; a heating layer including a heating member having a heating element; and a pressure management layer comprised of at least one foam layer, wherein said spacer layer, heating layer and pressure management layer are bonded together, and wherein the pressure management layer has a central opening comprised of a rectangular region and a semicircular region.
A method for transmitting an information signal on a radio channel using at least two hybrid automatic retransmission request, HARQ, codewords, comprising: mapping said HARQ codewords, one for each HARQ process available for simultaneous transmission, onto a first number of layers to generate said information signal having a first transmission rank equal to the first number of layers, wherein at least one of said HARQ codewords is mapped to at least two layers and comprises a block of information bits; initially transmitting said information signal on said radio channel; and retransmitting said block of information bits comprised in said one of the HARQ codewords, with a second transmission rank on said radio channel, wherein the second transmission rank is at least two and less than the first transmission rank, using one of said HARQ processes, the retransmitting comprising: generating one retransmission codeword based on said block of information bits; mapping said retransmission codeword to a second number of layers; and transmitting said retransmission codeword at said second transmission rank equal to the second number of layers, wherein the second number of layers is the same number of layers to which said one of the HARQ codewords was mapped to in the initial transmission, and wherein the layers are symbol streams which are input in parallel to a precoder. mapping said HARQ codewords, one for each HARQ process available for simultaneous transmission, onto a first number of layers to generate said information signal having a first transmission rank equal to the first number of layers, wherein at least one of said HARQ codewords is mapped to at least two layers and comprises a block of information bits; initially transmitting said information signal on said radio channel; and retransmitting said block of information bits comprised in said one of the HARQ codewords, with a second transmission rank on said radio channel, wherein the second transmission rank is at least two and less than the first transmission rank, using one of said HARQ processes, the retransmitting comprising: generating one retransmission codeword based on said block of information bits; mapping said retransmission codeword to a second number of layers; and transmitting said retransmission codeword at said second transmission rank equal to the second number of layers, wherein the second number of layers is the same number of layers to which said one of the HARQ codewords was mapped to in the initial transmission, and wherein the layers are symbol streams which are input in parallel to a precoder. generating one retransmission codeword based on said block of information bits; mapping said retransmission codeword to a second number of layers; and transmitting said retransmission codeword at said second transmission rank equal to the second number of layers, wherein the second number of layers is the same number of layers to which said one of the HARQ codewords was mapped to in the initial transmission, and wherein the layers are symbol streams which are input in parallel to a precoder.
A precision tile laying system comprising at least one knob for use in an assembly for spacing and levelling tiles during their laying, and a base comprising at least one threaded stem adapted to be positioned at the crossing of two or more tiles, wherein said knob comprises at least one body provided with at least one top surface in which at least one hole is formed, said hole comprising a threaded portion at least to engage with said threaded stem, said knob comprising in a position opposite to said top surface, a perimetral edge acting as a contact surface with the tiles, the knob screwing on said stem up to the base of the threaded stem getting in contact with the tiles and unscrewing to adjust the levelling of the tiles, characterized in that the body of said knob is at least partially transparent in such a way as to allow an operator to see or at least glimpse the edges of the tiles during installation.
- Electronic fuze for a projectile, including at least one electronic board disposed in a housing of the body of the projectile, the board being encapsulated in a block of protective material, wherein the fuze is characterised in that the board is secured to at least one support rod partially encapsulated in the protective block, the support rod being inserted through a hole in a wall integral with the body of the projectile, the rod being secured to the wall by a fastening means, a first decoupling means being interposed between the block and the wall and a second decoupling means being interposed between the fastening means and the wall, the circuit being located towards a front part of the projectile and the wall being located towards a rear part of the projectile.
A reference signal configuration method, comprising: sending configuration information of one or more reference signal through system information and/or paging messages by a network device; wherein the one or more reference signal is configured for time-frequency synchronization; characterized in that the sending configuration information of one or more reference signal through system information and/or paging messages by a network device, comprises: sending, by the network device, configuration information of one or more candidate reference signal through the system information; and sending, by the network device, first indication information through the paging messages; wherein the first indication information is configured to indicate an available reference signal or an unavailable reference signal in the candidate reference signal, wherein the available reference signal is the one or more reference signal sent by the network device. sending configuration information of one or more reference signal through system information and/or paging messages by a network device; wherein the one or more reference signal is configured for time-frequency synchronization; characterized in that the sending configuration information of one or more reference signal through system information and/or paging messages by a network device, comprises: sending, by the network device, configuration information of one or more candidate reference signal through the system information; and sending, by the network device, first indication information through the paging messages; wherein the first indication information is configured to indicate an available reference signal or an unavailable reference signal in the candidate reference signal, wherein the available reference signal is the one or more reference signal sent by the network device. sending, by the network device, configuration information of one or more candidate reference signal through the system information; and sending, by the network device, first indication information through the paging messages; wherein the first indication information is configured to indicate an available reference signal or an unavailable reference signal in the candidate reference signal, wherein the available reference signal is the one or more reference signal sent by the network device.
Radar treatment system comprising: - a detection treatment unit which is able to produce, from a radar signal delivered by a radar antenna, a detection mapping; - at least one intermediate treatment unit which is able to produce, from the detection mapping, a treated detection mapping; and - a tracking treatment unit which is able to produce, from the treated detection mapping, one or more tracks, the system being characterised in that said at least one intermediate treatment unit is an intermediate denoising unit which is able treat a detection mapping at a current instant in order to obtain a denoised detection mapping at the current instant as treated detection mapping, the intermediate denoising unit comprising successively: - a data structuring module which is able to associate an input tensor (TE(t)) with a plurality of detection mappings comprising the detection mapping at the current instant (C(t)) and a plurality of detection mappings at instants prior to the current instant (C(t-1),..., C(t-k+1)); - a convolutive auto-encoder which is able to identify, in the input tensor, characteristic signatures of actual targets, and to produce at output a denoised detection map (M(t)); and - a cleaning module which is able to filter the detection mapping at the current instant with the denoised detection map in order to obtain the denoised detection map at the current instant (CN(t)), and in that the data structuring module is able, for each detection mapping (C(t), C(t-1),..., C(t-k+1)) of the plurality of detection mappings, to render discrete said mapping in order to obtain a detection map (CD(t), CD(t-1),..., CD(t-k+1)), a pixel of the detection map taking the unit value when the coordinates of at least one detection of the detection mapping is situated inside said pixel, and otherwise the value zero; and is able to superimpose, according to a temporal dimension, the plurality of detection maps thus obtained in order to construct the input tensor (TE(t)). - a detection treatment unit which is able to produce, from a radar signal delivered by a radar antenna, a detection mapping; - at least one intermediate treatment unit which is able to produce, from the detection mapping, a treated detection mapping; and - a tracking treatment unit which is able to produce, from the treated detection mapping, one or more tracks, - a data structuring module which is able to associate an input tensor (TE(t)) with a plurality of detection mappings comprising the detection mapping at the current instant (C(t)) and a plurality of detection mappings at instants prior to the current instant (C(t-1),..., C(t-k+1)); - a convolutive auto-encoder which is able to identify, in the input tensor, characteristic signatures of actual targets, and to produce at output a denoised detection map (M(t)); and - a cleaning module which is able to filter the detection mapping at the current instant with the denoised detection map in order to obtain the denoised detection map at the current instant (CN(t)),
A drying screen, suitable for use in the drying section of a paper machine, having the following features: the drying screen has a fabric composed of fabric threads (2 to 5; 7 to 10; 12 to 15; 22 to 25; 27 to 30; 32 to 39); the drying screen has a paper side intended for supporting a paper web; the drying screen has a machine side facing away from the paper side; the paper side and the machine side each have contact points formed by the fabric threads (2 to 5; 7 to 10; 12 to 15; 22 to 25; 27 to 30; 32 to 39); the contact points each have a contact surface (16, 17; 40, 41); the contact surfaces (16, 17; 40, 41) of the contact points on the paper side and on the machine side respectively add up to form an overall contact surface with a percentage contact surface portion on the overall surface of the paper side or the machine side; the drying screen has a fabric thickness; a Fabric Fineness Index for the machine side (FFI-MS) and a Fabric Fineness Index for the paper side (FFI-PS) can be calculated from the contact surface portion, the number of contact points and the fabric thickness according to the following formula: FFI = contact surface portion % × number of contact points per cm 2 fabric thickness mm characterised by the following feature: the ratio of the FFI-MS to the FFI-PS is at least 1.25:1, preferably at least 1.5:1. the drying screen has a fabric composed of fabric threads (2 to 5; 7 to 10; 12 to 15; 22 to 25; 27 to 30; 32 to 39); the drying screen has a paper side intended for supporting a paper web; the drying screen has a machine side facing away from the paper side; the paper side and the machine side each have contact points formed by the fabric threads (2 to 5; 7 to 10; 12 to 15; 22 to 25; 27 to 30; 32 to 39); the contact points each have a contact surface (16, 17; 40, 41); the contact surfaces (16, 17; 40, 41) of the contact points on the paper side and on the machine side respectively add up to form an overall contact surface with a percentage contact surface portion on the overall surface of the paper side or the machine side; the drying screen has a fabric thickness; a Fabric Fineness Index for the machine side (FFI-MS) and a Fabric Fineness Index for the paper side (FFI-PS) can be calculated from the contact surface portion, the number of contact points and the fabric thickness according to the following formula: FFI = contact surface portion % × number of contact points per cm 2 fabric thickness mm characterised by the following feature: the ratio of the FFI-MS to the FFI-PS is at least 1.25:1, preferably at least 1.5:1.
A method for receiving a reference signal, comprising: receiving(ll) resource configuration information of a reference signal, wherein the resource configuration information of the reference signal comprises information about an antenna port configuration and a reference signal subframe configuration, characterized in that the antenna port configuration indicates an antenna port structure parameter m and an antenna port structure parameter n, wherein the antenna port structure parameter m and antenna port structure parameter n are used to determine the antenna port structure, wherein the antenna port structure is an antenna array having m rows and n columns; the reference signal subframe configuration indicates a reference signal subframe for sending the reference signal on one or more antenna port groups, and each antenna port group comprises n antenna ports having continuous indexes; and receiving the reference signal according to the resource configuration information of the reference signal. receiving(ll) resource configuration information of a reference signal, wherein the resource configuration information of the reference signal comprises information about an antenna port configuration and a reference signal subframe configuration, characterized in that the antenna port configuration indicates an antenna port structure parameter m and an antenna port structure parameter n, wherein the antenna port structure parameter m and antenna port structure parameter n are used to determine the antenna port structure, wherein the antenna port structure is an antenna array having m rows and n columns; the reference signal subframe configuration indicates a reference signal subframe for sending the reference signal on one or more antenna port groups, and each antenna port group comprises n antenna ports having continuous indexes; and receiving the reference signal according to the resource configuration information of the reference signal.
Cable duct extending in a longitudinal duct direction, comprising a duct bottom with side walls, wherein the duct bottom has a three-dimensional laying structure and for this purpose extends within a ground plane and additionally in a z-direction and is divided into several bottom segments (4A,B), wherein the side walls are formed by first side parts formed on a respective bottom segment (4A,B), so that a respective bottom segment (4A,B) is approximately U-shaped when viewed in cross-section, wherein the bottom segments (4A,B) form a common injection-moulded component and are connected to one another in a hinge-like manner in the longitudinal duct direction, so that all bottom segments (4A,B) can at least substantially be unfolded into the ground plane, the cable duct further comprising a duct cover which is connected to the side walls via connecting elements (18A,B,C), wherein the duct cover has a three-dimensional laying structure corresponding to the duct bottom and is divided into a plurality of cover segments (6A, B) which are connected to one another at least indirectly in a hinge-like manner and can be unfolded at least substantially in the ground plane.
A data analysis apparatus Z configured to communicate with medical robots placed at different operating rooms, the data analysis apparatus comprising: a database that stores data on a state of operation of each of the medical robots; and a data analysis unit that generates a reference for determining whether or not the medical robots are normal, based on the data transmitted from the medical robots, wherein the data analysis unit monitors the data transmitted from each of the medical robots based on the reference, wherein the data analysis unit monitors a difference between the data transmitted from the medical robot and the reference, wherein the data analysis unit determines whether the difference exceeds a predetermined threshold, wherein the data analysis unit notifies an abnormity when the difference exceeds the predetermined threshold. a database that stores data on a state of operation of each of the medical robots; and a data analysis unit that generates a reference for determining whether or not the medical robots are normal, based on the data transmitted from the medical robots, wherein the data analysis unit monitors the data transmitted from each of the medical robots based on the reference, wherein the data analysis unit monitors a difference between the data transmitted from the medical robot and the reference, wherein the data analysis unit determines whether the difference exceeds a predetermined threshold, wherein the data analysis unit notifies an abnormity when the difference exceeds the predetermined threshold.
A rechargeable battery comprising: an electrode assembly comprising a first electrode plate, a second electrode plate, and a separator disposed between the first electrode plate and the second electrode plate; a case accommodating the electrode assembly; and a cap assembly coupled to the case, wherein: the cap assembly comprises a cap plate sealing the case and having a short-circuit opening (51 c), an inversion plate installed in the short-circuit opening (51 c) of the cap plate, and a connection plate installed to cover the short-circuit opening (51 c) of the cap plate, and a protection layer having a higher melting point than the inversion plate is formed under the inversion plate. an electrode assembly comprising a first electrode plate, a second electrode plate, and a separator disposed between the first electrode plate and the second electrode plate; a case accommodating the electrode assembly; and a cap assembly coupled to the case, the cap assembly comprises a cap plate sealing the case and having a short-circuit opening (51 c), an inversion plate installed in the short-circuit opening (51 c) of the cap plate, and a connection plate installed to cover the short-circuit opening (51 c) of the cap plate, and a protection layer having a higher melting point than the inversion plate is formed under the inversion plate.
Catch for a window or door arrangement, having a base plate, a first sliding element and a second sliding element, wherein the sliding elements (14, 16) are mounted at or on the base plate in the operating state of the catch so as to be displaceable along a displacement direction and together define a locking recess for holding a locking lug, wherein the catch has a spring element via which the sliding elements (14, 16) are coupled to one another and biased relative to one another, characterized in that the catch comprises an adjusting element for adjusting a biasing force of the spring element, wherein the adjusting element is mounted on the second sliding element, wherein the spring element has a first end and a second end, wherein the spring element is coupled with its first end to the first sliding element and with its second end to the adjusting element.
Postural sitting system comprising a seat, at least one footrest, at least one armrest, wherein said seat is formed by a base comprising a lower side and an upper side and comprises two femoral sections (11D, 11S) mounted on the upper side of the base, with the possibility of rotating by an angle around an axis perpendicular to said base, and on whose external side are mounted two femoral containment surfaces (110, 111), system characterized in that the seat comprises at least two front attachments (A, B) on the external part of at least one of said femoral containment surfaces (110, 111), one of which front attachments is configured to connect the footrest to it, while another front attachment is configured to allow the armrest to be connected to it; and a rear attachment mounted on the outer side of the seat, in a rearward position, and also configured to allow the armrest to be connected to it.