mhurhangee/ep-ind-claims huggingface dataset:
An introduction device to introduce a medical implant and allow its release by a relative motion between a first and a second introduction element (52; 54), this introduction device comprising a covering device to cover a partly released medical implant, this covering device comprising at least one expansion body, which can be set to a first radial dimension and at least one second radial dimension, the second radial dimension of the at least one expansion body being adaptable to at least one radial dimension of the at least partly released medical implant as it is being covered, the at least one expansion body being essentially homogeneously widenable in the peripheral direction at least in at least one axial section, the at least one expansion body of the covering device being laid radially around at least one of the introduction elements (52,54) and axially movable with respect to at least one of the introduction elements (52, 54), the introduction device being designed so that the release of the implant begins at its distal end, the first introduction element in the form of the inner introduction element being connected with a tip of the introduction device, the second introduction element in the form of the outer introduction element being arranged radially around the first, inner introduction element and not being connected with the catheter tip and being movable relative to the catheter tip by an axial movement toward the proximal end of the introduction device, so that an implant that is arranged radially between the inner and outer introduction elements for its implantation can first be released with its distal end, the second, outer introduction element comprising a receptacle for the implant, the implant lying against a radial inner wall of the second introduction element, so that the second introduction element functions as a clamping body for the implant, characterized in that the covering device is in the form of a stabilization tube of the introduction device, and is laid radially around the second, outer introduction element.
A cell separation chamber configured to be mounted on a rotor, said rotor having an axis of rotation, said cell separation chamber having an axis and an inlet on said axis mountable radially outwardly from said axis of rotation and an outlet on said axis mountable radially inwardly from said inlet towards said axis, said cell separation chamber having a separation section extending radially outwardly from said outlet, said separation section having a wall comprising a first inward curve forming a first surface about said axis.
A method of producing a fibrous fascia biotextile composition, the method comprising: obtaining a cadaveric fascia tissue; treating the cadaveric fascia tissue with acetone; obtaining intact fascia fibers from the treated cadaveric fascia tissue, wherein the fascia fibers have a diameter from 5 to 200 microns and a length greater than 20cm; and processing the intact fascia fibers to produce the fibrous fascia biotextile using a textile or threadmaking process. obtaining a cadaveric fascia tissue; treating the cadaveric fascia tissue with acetone; obtaining intact fascia fibers from the treated cadaveric fascia tissue, wherein the fascia fibers have a diameter from 5 to 200 microns and a length greater than 20cm; and processing the intact fascia fibers to produce the fibrous fascia biotextile using a textile or threadmaking process.
A fish feed comprising protein, fat, carbohydrates, vitamins, minerals and water, wherein the fish feed comprises 60 g/kg NaCl, 7.5 g/kg CaCl 2, 2.5 g/kg MgCl 2, and 4 g/kg free L-tryptophan. 60 g/kg NaCl, 7.5 g/kg CaCl 2, 2.5 g/kg MgCl 2, and 4 g/kg free L-tryptophan.
A confectionery product comprising: a) a transparent, crunchy outer hard coating comprising over 90% of isomalt syrup and under 3% powdered isomalt by weight of the dry coating; b) a center comprising one or more regions of confectionery material, said center being visible through the transparent coating; wherein the coating does not contain opacifying ingredients selected from titanium dioxide, calcium carbonate, starch and calcium phosphate. a) a transparent, crunchy outer hard coating comprising over 90% of isomalt syrup and under 3% powdered isomalt by weight of the dry coating; b) a center comprising one or more regions of confectionery material, said center being visible through the transparent coating; wherein the coating does not contain opacifying ingredients selected from titanium dioxide, calcium carbonate, starch and calcium phosphate.
A vehicle comprising a body, a flat component arranged under the body, and at least one axle carrier arrangement for two front or two rear wheel suspensions (10, 11), having a left-hand suspension arm bracket for connecting at least one suspension arm of the left wheel suspension and a right-hand suspension arm bracket for connecting at least one suspension arm of the right wheel suspension, wherein the two suspension arm brackets (7, 8) are each fastened to the body and to the flat component, and the flat component is formed as an underbody portion of the vehicle, characterised in that a further central suspension arm bracket for connecting at least one suspension arm of the left wheel suspension and at least one suspension arm of the right wheel suspension is provided and is fastened to the body and to the flat component, and wherein the three suspension arm brackets (7, 8, 9) are three separate components not directly connected to one another.
A radar device, comprising: a response signal detector configured to detect a response signal transmitted from a transponder in response to a detection signal, from a reception signal that is a received reflection wave of the detection signal transmitted from an antenna; a transponder reflection wave detector configured to detect the reflection wave appearing at a timing earlier than the response signal in the reception signal as the reflection wave of the transponder; and a positional information acquirer configured to acquire positional information indicative of a position of the transponder from the response signal detected by the response signal detector; characterised by a response delay acquirer configured to acquire a response delay of the transponder based on a time difference between a reception timing of the reflection wave and a reception timing of the response signal, the radar device further comprising: a response time acquirer configured to acquire a response time that is a time from the transmission of the detection signal to the reception of the response signal; and a positioning part configured to acquire a position of the radar device based on the positional information, the response time, and the response delay. a response signal detector configured to detect a response signal transmitted from a transponder in response to a detection signal, from a reception signal that is a received reflection wave of the detection signal transmitted from an antenna; a transponder reflection wave detector configured to detect the reflection wave appearing at a timing earlier than the response signal in the reception signal as the reflection wave of the transponder; and a positional information acquirer configured to acquire positional information indicative of a position of the transponder from the response signal detected by the response signal detector; characterised by a response delay acquirer configured to acquire a response delay of the transponder based on a time difference between a reception timing of the reflection wave and a reception timing of the response signal, the radar device further comprising: a response time acquirer configured to acquire a response time that is a time from the transmission of the detection signal to the reception of the response signal; and a positioning part configured to acquire a position of the radar device based on the positional information, the response time, and the response delay. a response time acquirer configured to acquire a response time that is a time from the transmission of the detection signal to the reception of the response signal; and a positioning part configured to acquire a position of the radar device based on the positional information, the response time, and the response delay.
Motorcycles tyre, having an equatorial plane (X-X) and a tread band comprising a plurality of grooves that form a tread pattern including a module replicated along a circumferential direction of the tyre and having a predetermined circumferential length, the module comprising: - a pair of circumferential grooves arranged on opposite sides with respect to the equatorial plane (X-X), said circumferential grooves extending along said circumferential direction for only part of said predetermined circumferential length and defining between them a central portion of tread band having a void to solid ratio substantially equal to zero and a predetermined axial width; - a plurality of pairs of transversal grooves (30, 31, 32, 33) arranged on opposite sides with respect to the equatorial plane (X-X) at a distance from said equatorial plane (X-X) greater than that of said circumferential grooves; - a pair of first lateral annular portions axially arranged between said pair of circumferential grooves and said plurality of pairs of transversal grooves (30, 31, 32, 33), each of said first lateral annular portions comprising, in a position axially adjacent to the respective circumferential groove, a respective part of tread band having a circumferential length at least equal to that of said circumferential grooves and a void to solid ratio substantially equal to zero; characterised in that each groove of said pair of circumferential grooves extends in said module along said circumferential direction of the tyre for a circumferential segment having a length shorter than said predetermined circumferential length and in that said tyre has a curvature ratio lower than about 0.32. - a pair of circumferential grooves arranged on opposite sides with respect to the equatorial plane (X-X), said circumferential grooves extending along said circumferential direction for only part of said predetermined circumferential length and defining between them a central portion of tread band having a void to solid ratio substantially equal to zero and a predetermined axial width; - a plurality of pairs of transversal grooves (30, 31, 32, 33) arranged on opposite sides with respect to the equatorial plane (X-X) at a distance from said equatorial plane (X-X) greater than that of said circumferential grooves; - a pair of first lateral annular portions axially arranged between said pair of circumferential grooves and said plurality of pairs of transversal grooves (30, 31, 32, 33), each of said first lateral annular portions comprising, in a position axially adjacent to the respective circumferential groove, a respective part of tread band having a circumferential length at least equal to that of said circumferential grooves and a void to solid ratio substantially equal to zero;
An arrangement comprising at least two module plates, wherein the module plates comprise at least three corners (10, 10', 10", 10"') which are connected by straight edges (12, 12', 12", 12"), wherein each edge (12, 12', 12", 12") has a flat bevelled surface (21, 21', 21", 21"') to a front side and a flat bevelled surface (22, 22', 22", 22"') to a rear side of the module plate, wherein the bevelled surfaces (21, 21', 21", 21"'; 22, 22', 22", 22"') are each inclined at a first angle α to the module plate plane, and at least one connecting element (3, 3', 3", 3"') for the planar connection of two module plates, wherein for a plane connection of two module plates, a first module plate is contacted on the end face at an edge (12, 12', 12", 12") with a second module plate on the end face at an edge (12, 12', 12", 12"), wherein the two module plates can be connected to the connecting element (3, 3', 3", 3′′′), wherein the connecting element (3, 3', 3", 3"') is designed to connect the two module plates at their rear sides, wherein the connecting element (3, 3', 3", 3"') has a contact surface (30, 30', 30", 30"') for the rear side of the first module plate and a contact surface (30, 30', 30", 30"') for the rear side of the second module plate, wherein the two contact surfaces (30, 30', 30", 30"') lie in one plane, wherein between the two contact surfaces (30, 30', 30", 30"') an elevation being provided, the elevation having an upper edge and two flat contact surfaces (38, 38') which are inclined at a second angle β to the respective contact surface (30, 30', 30", 30′′′), the second angle β being a complementary angle to the first angle α, the two flat contact surfaces (38, 38') being bevelled surfaces. wherein for a plane connection of two module plates, a first module plate is contacted on the end face at an edge (12, 12', 12", 12") with a second module plate on the end face at an edge (12, 12', 12", 12"), wherein the two module plates can be connected to the connecting element (3, 3', 3", 3′′′), wherein the connecting element (3, 3', 3", 3"') is designed to connect the two module plates at their rear sides, wherein the connecting element (3, 3', 3", 3"') has a contact surface (30, 30', 30", 30"') for the rear side of the first module plate and a contact surface (30, 30', 30", 30"') for the rear side of the second module plate, wherein the two contact surfaces (30, 30', 30", 30"') lie in one plane, wherein between the two contact surfaces (30, 30', 30", 30"') an elevation being provided, the elevation having an upper edge and two flat contact surfaces (38, 38') which are inclined at a second angle β to the respective contact surface (30, 30', 30", 30′′′), the second angle β being a complementary angle to the first angle α, the two flat contact surfaces (38, 38') being bevelled surfaces.
Optical unit, especially for a motor-vehicle signalling and/or lighting device, said unit being arranged to produce a complementary light beam intended to be used with a main light beam, this complementary beam having a substantially flat cutoff, characterized in that this unit comprises: - at least one light source the light emission of which is substantially isotropic or Lambertian, especially an LED, - at least one lens associated with this light source so as to participate in the production of the complementary beam, this lens comprising a corrugated face arranged to obtain the complementary beam, the cutoff of which is formed by lateral edges that are rectified, i.e. substantially parallel to a horizontal line, and that do not slope downwards with respect to this horizontal line. - at least one light source the light emission of which is substantially isotropic or Lambertian, especially an LED, - at least one lens associated with this light source so as to participate in the production of the complementary beam, this lens comprising a corrugated face arranged to obtain the complementary beam, the cutoff of which is formed by lateral edges that are rectified, i.e. substantially parallel to a horizontal line, and that do not slope downwards with respect to this horizontal line.
A method for operating a user equipment, UE, in a UE group including at least two UEs, the method comprising: receiving, from a communications controller, network resources information about an allocation of a first set of network resources to the UE group and a transmission indication, wherein the transmission indication indicates that the UE is selected to transmit in a second set of network resources that is a subset of the first set of network resources; and transmitting, to other UEs in the UE group using a direct mobile communications, DMC, link managed by the communications controller, a first message including a control indicator in a first subset of the second set of network resources, the control indicator indicating scheduling information for a second subset of the second set of network resources, wherein the first subset of the second set of network resources and the second subset of the second set of network resources are non-overlapping, and wherein the second subset of the second set of network resources is for DMC data transmission; wherein the transmitting, to other UEs in the UE group using a DMC link managed by the communications controller, a first message including a control indicator in a first subset of the second set of network resources, characterized by transmitting a difference in the control indicator, wherein the difference in the control indicator comprises a difference between parameters of the control indicator used in a previous transmission and parameters of the control indicator to be used in a current transmission. receiving, from a communications controller, network resources information about an allocation of a first set of network resources to the UE group and a transmission indication, wherein the transmission indication indicates that the UE is selected to transmit in a second set of network resources that is a subset of the first set of network resources; and transmitting, to other UEs in the UE group using a direct mobile communications, DMC, link managed by the communications controller, a first message including a control indicator in a first subset of the second set of network resources, the control indicator indicating scheduling information for a second subset of the second set of network resources, wherein the first subset of the second set of network resources and the second subset of the second set of network resources are non-overlapping, and wherein the second subset of the second set of network resources is for DMC data transmission; wherein the transmitting, to other UEs in the UE group using a DMC link managed by the communications controller, a first message including a control indicator in a first subset of the second set of network resources, characterized by transmitting a difference in the control indicator, wherein the difference in the control indicator comprises a difference between parameters of the control indicator used in a previous transmission and parameters of the control indicator to be used in a current transmission.
Electric gardening work appliance, in particular a lawnmower, having a switch disconnector device comprising a key, a key receptacle and an electrical switch, in particular a spring-preloaded electrical rocker switch, with an actuating surface arranged adjacent to the key receptacle, characterized in that tilting of the key, which is inserted into the key receptacle, about a pivot axis (54, 64) transversely to the longitudinal axis of the key leads to displacement of the switch from an open position to a closed position and vice versa, and in that the key has a recess which is in the form of a hole and an element of the key receptacle is intended to penetrate the recess in order to block removal of the key when the key is pivoted in the key receptacle. characterized in that tilting of the key, which is inserted into the key receptacle, about a pivot axis (54, 64) transversely to the longitudinal axis of the key leads to displacement of the switch from an open position to a closed position and vice versa, and in that the key has a recess which is in the form of a hole and an element of the key receptacle is intended to penetrate the recess in order to block removal of the key when the key is pivoted in the key receptacle.
A rubber composition for tire comprising a diene rubber component, a hydrocarbon resin containing a component unit derived from a monomer component having a heteroatom or a hydrogenated product thereof (resin A) and a hydrogenated product of a hydrocarbon resin that does not contain a component unit derived from a monomer component having a heteroatom (resin B), wherein a content ratio (mass ratio) of the resin B to the resin A is 9 to 50. a diene rubber component, a hydrocarbon resin containing a component unit derived from a monomer component having a heteroatom or a hydrogenated product thereof (resin A) and a hydrogenated product of a hydrocarbon resin that does not contain a component unit derived from a monomer component having a heteroatom (resin B), wherein a content ratio (mass ratio) of the resin B to the resin A is 9 to 50.
A radar system comprising: a code generator configured to generate a plurality of pseudo-orthogonal codes, wherein a dot product of any two of the pseudo-orthogonal codes is substantially zero; transmitter elements each configured to simultaneous transmit one of a plurality of pseudo-orthogonal waveforms on an associated one of a plurality of antenna elements, wherein the pseudo-orthogonal waveforms are generated from a corresponding one of the pseudo-orthogonal codes; circuitry configured to combine and digitize return signals received by the antenna elements and generate a single digital waveform; and a waveform processor configured to perform correlations on the combined single digital waveform, wherein the return signals received by the antenna elements are directly combined without separate prior modification. a code generator configured to generate a plurality of pseudo-orthogonal codes, wherein a dot product of any two of the pseudo-orthogonal codes is substantially zero; transmitter elements each configured to simultaneous transmit one of a plurality of pseudo-orthogonal waveforms on an associated one of a plurality of antenna elements, wherein the pseudo-orthogonal waveforms are generated from a corresponding one of the pseudo-orthogonal codes; circuitry configured to combine and digitize return signals received by the antenna elements and generate a single digital waveform; and a waveform processor configured to perform correlations on the combined single digital waveform, wherein the return signals received by the antenna elements are directly combined without separate prior modification.