mhurhangee/ep-ind-claims huggingface dataset:
Package of a flexible material designed to contain a product, which package is joined together to create a closed package, characterized in that, on an inner face of the closed package, a dosage device is arranged, comprising an elastic dosage membrane, which elastic dosage membrane over at least a part of its width and length is provided with a number of incisions, wherein the dosage device further comprises an opening device, which following mechanical compression stretches the dosage membrane.
Heating system which comprises at least one primary heat generator, at least one heating circuit and at least one external heat generator, wherein the at least one external heat generator is coupled to the at least one heating circuit via at least one hydraulic switch (18, 46), wherein at least one temperature sensor is arranged in and/or on the at least one hydraulic switch (18, 46), characterized in that the hydraulic switch (18, 46) has at least one integrated heat exchanger, wherein the integrated heat exchanger is hydraulically connected to the at least one hydraulic switch (18, 46) via at least one opening on the at least one integrated heat exchanger.
Outsole for a shoe, comprising an at least partially profiled tread surface, which comprises at least one first profile region and, in the same plane, at least one second profile region, which is separate therefrom, wherein the first profile region has a higher Shore hardness than the second profile region, - at least one elastic grip shell is formed in the first profile region, and - the second profile region protrudes outwards in relation to the surface of the first profile region, characterized in that the grip shells are each arranged within a recess of the first profile region. - at least one elastic grip shell is formed in the first profile region, and - the second profile region protrudes outwards in relation to the surface of the first profile region, characterized in that
Motor vehicle, with an interior which is bounded by a floor structure, a roof structure and two side structures, wherein a support, preferably a freestanding support, is arranged in the interior, wherein the support has at least one seat belt mounting device for mounting a seat belt for securing a person sitting on a motor vehicle seat and is preferably designed for at least reducing roof deformation in the event of a crash of the motor vehicle in order to ensure a survival space in the interior, wherein the support is provided with at least one device for compensating for deformations arising in the driving state of the motor vehicle, characterized in that the device provides a degree of freedom of movement for the support in the longitudinal direction of the support, and the device comprises a guide bushing in which the support is mounted in a longitudinally displaceable manner.
A telescopic column, in particular for height-adjustable tables, and comprising a first member and a second member mounted in said first member, said first and second members (1,2) being arranged telescopically relative to each other, and further comprising a rack configured as a plurality of holes and a gear wheel in mesh with the rack through a corresponding opening for bringing about the relative telescopic movement of the first and second members (1,2), characterized in that the rack is made in the first member and that the gear wheel and the corresponding opening are arranged in the second member and that the second member contains a drive unit with an electric motor for driving the gear wheel.
Method for operating a trigger apparatus for occupant protection means, having the following steps, wherein triggering is achieved by virtue of at least two switches (20, 40) being activated in order to connect at least one trigger means (31, 32) to a power supply (U Bat): • activating a first switch of the trigger apparatus (31, 32) for occupant protection means; • activating a second switch of the trigger apparatus (31, 32) for occupant protection means; • recording an output voltage (U B) on the second switch; • deactivating (440a, 440b) the second switch on the basis of the output voltage (U B) on the second switch, characterized in that the method is carried out following detection of a short to the power supply (U Bat). • activating a first switch of the trigger apparatus (31, 32) for occupant protection means; • activating a second switch of the trigger apparatus (31, 32) for occupant protection means; • recording an output voltage (U B) on the second switch; • deactivating (440a, 440b) the second switch on the basis of the output voltage (U B) on the second switch,
A process for producing a multilayer coating on a metallic vehicle body comprising body seams (Kn) comprising producing a cured electrocoat layer (E.1) on the metallic substrate by electrophoretic application of an electrocoat (e.1) to the substrate and subsequent curing of the electrocoat (e.1), producing a gelled PVC seal (P.2) in a region of the body seams (Kn) by application of a PVC sealing paste (p.2) to the cured electrocoat layer (E.1) in the region of the body seams (Kn) and subsequent thermally initiated gelling of the paste (p.2), producing a basecoat layer (B.3.1) or (3.2) of two or more directly successive basecoat layers (B.3.2.x) directly on the surface obtained by step by (3.1) application of an aqueous basecoat (b.3.1) directly to the surface or (3.2) directly successive application of two or more basecoats (b.3.2.x) to the surface, producing a clearcoat layer directly on (4.1) the basecoat layer (B.3.1) or (4.2) the uppermost basecoat layer (B.3.2.x) by application of a clearcoat (k) directly to (4.1) the basecoat layer (B.3.1) or (4.2) the uppermost basecoat layer (B.4.2.x), jointly curing the (5.1) basecoat layer (B.3.1) and the clearcoat layer or (5.2) the basecoat layers (B.3.2.x) and the clearcoat layer, wherein the basecoat (b.3.1) or the basecoats (b.3.2.x) are aqueous and contain at least one pigment and the basecoat (b.3.1) or at least one of the basecoats (b.3.2.x) - contains at least one aqueous dispersion of a polyurethane as binder and has - a pigment to binder (P/B) ratio of more than 0.75 and - a solids content of at least 35%. producing a cured electrocoat layer (E.1) on the metallic substrate by electrophoretic application of an electrocoat (e.1) to the substrate and subsequent curing of the electrocoat (e.1), producing a gelled PVC seal (P.2) in a region of the body seams (Kn) by application of a PVC sealing paste (p.2) to the cured electrocoat layer (E.1) in the region of the body seams (Kn) and subsequent thermally initiated gelling of the paste (p.2), producing a basecoat layer (B.3.1) or (3.2) of two or more directly successive basecoat layers (B.3.2.x) directly on the surface obtained by step by (3.1) application of an aqueous basecoat (b.3.1) directly to the surface or (3.2) directly successive application of two or more basecoats (b.3.2.x) to the surface, producing a clearcoat layer directly on (4.1) the basecoat layer (B.3.1) or (4.2) the uppermost basecoat layer (B.3.2.x) by application of a clearcoat (k) directly to (4.1) the basecoat layer (B.3.1) or (4.2) the uppermost basecoat layer (B.4.2.x), jointly curing the (5.1) basecoat layer (B.3.1) and the clearcoat layer or (5.2) the basecoat layers (B.3.2.x) and the clearcoat layer, - contains at least one aqueous dispersion of a polyurethane as binder and has - a pigment to binder (P/B) ratio of more than 0.75 and - a solids content of at least 35%.
A device for controlling the closed or open state of an item, such as a clothing item or baggage item, the control device assuming the form of an electronic circuit comprising: - a closing system with a guideway, comprising: - two strips (110, 120), on each of which a row of elements, called teeth (11,..., 14, 20,..., 25) is fastened, made from an electrically conductive material; - an element, called cursor, mounted sliding along the strips and configured, in one direction, to mesh the teeth of one row with the teeth of the other row, and in the other direction, to separate them; - a detection and signaling device connected, on the one hand, to at least one of the teeth, called first terminal, and on the other hand, to at least one of the other teeth, called second terminal; and in that the detection and signaling device is configured to detect the electrical continuity state between the first and second terminals (21, 24), and to emit a signal based on said detected continuity state; characterized in that the first terminal and the second terminal are, along a direction parallel to the rows of teeth in the meshed state of said teeth, spaced apart from one another by at least one tooth (22, 23) of the closing system with guideway, said at least one tooth (22, 23) being, in the separated state of the teeth of the two rows, provided with no electrical connection with said terminals (21, 24). - a closing system with a guideway, comprising: - two strips (110, 120), on each of which a row of elements, called teeth (11,..., 14, 20,..., 25) is fastened, made from an electrically conductive material; - an element, called cursor, mounted sliding along the strips and configured, in one direction, to mesh the teeth of one row with the teeth of the other row, and in the other direction, to separate them; - two strips (110, 120), on each of which a row of elements, called teeth (11,..., 14, 20,..., 25) is fastened, made from an electrically conductive material; - an element, called cursor, mounted sliding along the strips and configured, in one direction, to mesh the teeth of one row with the teeth of the other row, and in the other direction, to separate them; - a detection and signaling device connected, on the one hand, to at least one of the teeth, called first terminal, and on the other hand, to at least one of the other teeth, called second terminal; and in that the detection and signaling device is configured to detect the electrical continuity state between the first and second terminals (21, 24), and to emit a signal based on said detected continuity state;
An apparatus comprising: a power-factor correction, PFC, circuit coupleable to a primary load that exhibits a change in resistance with a change in applied voltage, the respective voltage being a primary-load voltage, and current through the primary load being a primary-load current; and characterised in that the PFC circuit is configured to provide an auxiliary load and control current therethrough, the respective current being an auxiliary-load current, the PFC circuit being configured to control the auxiliary-load current such that the sum of the primary-load current and auxiliary-load current is a constant proportion of the primary-load voltage, the respective sum being a sum current. a power-factor correction, PFC, circuit coupleable to a primary load that exhibits a change in resistance with a change in applied voltage, the respective voltage being a primary-load voltage, and current through the primary load being a primary-load current; and characterised in that the PFC circuit is configured to provide an auxiliary load and control current therethrough, the respective current being an auxiliary-load current, the PFC circuit being configured to control the auxiliary-load current such that the sum of the primary-load current and auxiliary-load current is a constant proportion of the primary-load voltage, the respective sum being a sum current.
An illumination apparatus for reading comprising: - a light generation unit, configured to generate light having a color temperature in the range of [a first color temperature, a second color temperature]; - a controller, configured to control the light generation unit to generate light having a color temperature changing from a third color temperature to a fourth color temperature over time, wherein the third and the fourth color temperatures are in the range of [the first color temperature, the second color temperature]; - an interface, configured to provide options for a user to choose the user's preference for the third and fourth color temperature of light; wherein the third color temperature is a less preferred color temperature of the user and the fourth color temperature is a preferred color temperature of the user; wherein the change of the color temperature of the light generated by the light generation unit ranges from the less-preferred color temperature to the preferred color temperature. - a light generation unit, configured to generate light having a color temperature in the range of [a first color temperature, a second color temperature]; - a controller, configured to control the light generation unit to generate light having a color temperature changing from a third color temperature to a fourth color temperature over time, wherein the third and the fourth color temperatures are in the range of [the first color temperature, the second color temperature]; - an interface, configured to provide options for a user to choose the user's preference for the third and fourth color temperature of light;
A method of laminating a patch laminate of a patch laminate ribbon to a card substrate comprising: feeding the ribbon along a laminate path using a laminate feed roller; laminating a first portion of a leading patch laminate (116, 116A, 116B) of the ribbon to a surface of a card substrate using a laminating roller including feeding the card substrate and the first portion along a card path; tensioning the leading patch laminate between the laminate feed roller and the laminating roller comprising stopping the feeding of the ribbon using the laminate feed roller while feeding the card substrate and the first portion of the leading patch laminate along the card path; laminating a second portion of the leading patch laminate to the surface during tensioning the leading patch laminate; reducing the formation of trough wrinkles in the leading patch laminate during tensioning the leading patch laminate using a first laminate spreader (150, 150A, 150B) positioned between the laminate feed roller and the laminating roller; detaching the leading patch laminate from the ribbon in response to tensioning the leading patch laminate; and laminating a third portion of the leading patch laminate to the surface using the laminating roller. feeding the ribbon along a laminate path using a laminate feed roller; laminating a first portion of a leading patch laminate (116, 116A, 116B) of the ribbon to a surface of a card substrate using a laminating roller including feeding the card substrate and the first portion along a card path; tensioning the leading patch laminate between the laminate feed roller and the laminating roller comprising stopping the feeding of the ribbon using the laminate feed roller while feeding the card substrate and the first portion of the leading patch laminate along the card path; laminating a second portion of the leading patch laminate to the surface during tensioning the leading patch laminate; reducing the formation of trough wrinkles in the leading patch laminate during tensioning the leading patch laminate using a first laminate spreader (150, 150A, 150B) positioned between the laminate feed roller and the laminating roller; detaching the leading patch laminate from the ribbon in response to tensioning the leading patch laminate; and laminating a third portion of the leading patch laminate to the surface using the laminating roller.
Apparatus for determining a position, comprising - a light source (11; 111; 211), - a planar measurement reflector (M; 1; 101; 201) which is movable at least along a measurement direction (z), wherein the measurement direction (z) is oriented perpendicular to the arrangement plane of the measurement reflector (M; 1; 101; 201), and - a detector arrangement (18; 118; 218), - wherein at least one beam emitted by the light source (11; 111; 211) is incident on the detector arrangement (18; 118; 218) after impinging on the measurement reflector (M; 1; 101; 201) such that at least one signal results in the case of a movement of the measurement reflector (M; 1; 101; 201) along the measurement direction (z), said signal depending on the position of the measurement reflector (M; 1; 101; 201) and a reference signal at a defined reference position being generated from said signal, characterized in that the beam impinges twice on the measurement reflector (M; 1; 101; 201) and passes through a deflection unit (U; 16; 116; 216) between impingements on the measurement reflector (M; 1; 101; 201), said deflection unit being embodied in such a way that a beam direction deviation of the beam after the first reflection emerging from a measurement reflector tilt is compensated after the second reflection, wherein the deflection unit (U; 16; 116; 216) comprises one or more optical components and is embodied in such a way that, in the case of a tilt of the measurement reflector (M; 1; 101; 201) about a tilt axis about the angle α, a beam (S IN) incident for the first time at an angle θ in relation to a normal on the non-tilted measurement reflector (M; 1; 101; 201) is incident a second time on the measurement reflector (M; 1; 101; 201) at an angle Θ - 2α in relation to the normal of the non-tilted measurement reflector (M; 1; 101; 201) after passing through the deflection unit (U; 16; 116; 216). - a light source (11; 111; 211), - a planar measurement reflector (M; 1; 101; 201) which is movable at least along a measurement direction (z), wherein the measurement direction (z) is oriented perpendicular to the arrangement plane of the measurement reflector (M; 1; 101; 201), and - a detector arrangement (18; 118; 218), - wherein at least one beam emitted by the light source (11; 111; 211) is incident on the detector arrangement (18; 118; 218) after impinging on the measurement reflector (M; 1; 101; 201) such that at least one signal results in the case of a movement of the measurement reflector (M; 1; 101; 201) along the measurement direction (z), said signal depending on the position of the measurement reflector (M; 1; 101; 201) and a reference signal at a defined reference position being generated from said signal,
A pipe expander comprising: a cone that is fitted around the tip of a draw bar connected to a cylinder and has an outer periphery of which the size changes gradually in an axial direction thereof; and a pipe expansion head outer surface member disposed on the outer periphery of the cone, wherein the cone pulled by the cylinder in the axial direction radially expands the pipe expansion head outer surface member to expand a steel pipe placed on the outer periphery of the pipe expansion head outer surface member, characterized in that the cone has a detachable liner on a contact surface thereof with the pipe expansion head outer surface member, wherein on the contact surfaces of the liner and the pipe expansion head outer surface member, there is a difference in hardness between the liner and the pipe expansion head outer surface member, wherein the difference in hardness is 20 to 50 HS. a cone that is fitted around the tip of a draw bar connected to a cylinder and has an outer periphery of which the size changes gradually in an axial direction thereof; and a pipe expansion head outer surface member disposed on the outer periphery of the cone, wherein the cone pulled by the cylinder in the axial direction radially expands the pipe expansion head outer surface member to expand a steel pipe placed on the outer periphery of the pipe expansion head outer surface member, characterized in that the cone has a detachable liner on a contact surface thereof with the pipe expansion head outer surface member,
A method of transmitting random access channel, RACH, signals from a wireless device, comprising: identifying a first timing advance, TA, value; transmitting a RACH signal based on the first TA value on a first resource to a second wireless device; identifying a second TA value, wherein the second TA value is different from the first TA value; and transmitting the RACH signal based on the second TA value on a second resource to the second wireless device, wherein transmitting the RACH signal based on the second TA value is performed in response to identifying a failure of decoding the RACH signal transmitted based on the first TA value. identifying a first timing advance, TA, value; transmitting a RACH signal based on the first TA value on a first resource to a second wireless device; identifying a second TA value, wherein the second TA value is different from the first TA value; and transmitting the RACH signal based on the second TA value on a second resource to the second wireless device, wherein transmitting the RACH signal based on the second TA value is performed in response to identifying a failure of decoding the RACH signal transmitted based on the first TA value.
An encoding apparatus for generating a plurality of extended viewport streams of virtual reality, VR, data for delivery to a plurality of client devices, comprising: a processing unit configured for: segmenting a sphere defined in a VR video file projected in an equirectangular projection, ERP, format into a plurality of overlapping segments; and creating a plurality of extended viewport streams for the VR video file by performing the following in each one of a plurality of iterations: applying a rotation to each of the plurality of overlapping segments of the sphere, cropping from each of the plurality of rotated overlapping segments of the sphere a respective extended field of view, EFOV, frame (204R, 204L), and instructing a network to transmit the respective EFOV frame (204R, 204L) of each of the plurality of rotated overlapping segment to one or more distribution devices. segmenting a sphere defined in a VR video file projected in an equirectangular projection, ERP, format into a plurality of overlapping segments; and creating a plurality of extended viewport streams for the VR video file by performing the following in each one of a plurality of iterations: applying a rotation to each of the plurality of overlapping segments of the sphere, cropping from each of the plurality of rotated overlapping segments of the sphere a respective extended field of view, EFOV, frame (204R, 204L), and instructing a network to transmit the respective EFOV frame (204R, 204L) of each of the plurality of rotated overlapping segment to one or more distribution devices. applying a rotation to each of the plurality of overlapping segments of the sphere, cropping from each of the plurality of rotated overlapping segments of the sphere a respective extended field of view, EFOV, frame (204R, 204L), and instructing a network to transmit the respective EFOV frame (204R, 204L) of each of the plurality of rotated overlapping segment to one or more distribution devices.
An earphone comprising an ear hook (40, 60, 70) which has a first and a second end (90, 50), a slidable movable shaft fixedly connected to the first end of the ear hook (40, 60, 70), a housing for an electroacoustic transducer, which housing is fixedly connected to a housing portion serving to receive and to surround the slidable movable shaft in such a way that the housing portion with the housing is slidable movable in a longitudinal direction of the shaft, and a cable fixed to the second end of the ear hook (40, 60, 70) and is passed from the second end through the ear hook (40, 60, 70), through the shaft, to the housing portion and to the housing to connect to the electroacoustic transducer.