mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a semi-finished spectacle lens, comprising the following step: identifying the semi-finished spectacle lens by applying a sticker on the semi-finished spectacle lens, wherein the sticker has a code for unique identification of the semi-finished spectacle lens; wherein the semi-finished spectacle lens furthermore has a second code (25, 26) embossed into the semi-finished spectacle lens, characterized in that the sticker is applied on the semi-finished spectacle lens in such a way that the sticker at least partly covers the second code (25, 26) embossed into the semi-finished spectacle lens. identifying the semi-finished spectacle lens by applying a sticker on the semi-finished spectacle lens, wherein the sticker has a code for unique identification of the semi-finished spectacle lens; wherein the semi-finished spectacle lens furthermore has a second code (25, 26) embossed into the semi-finished spectacle lens, characterized in that the sticker is applied on the semi-finished spectacle lens in such a way that the sticker at least partly covers the second code (25, 26) embossed into the semi-finished spectacle lens.
A method for facilitating inter-cell coordination in wireless communications, comprising: determining, at a first base station associated with a first network cell, control information associated with a second network cell by receiving the control information from a second base station in the second network cell, and transmitting the control information from the first base station to one or more user equipments, UEs, associated with the second network cell, wherein the control information comprises system information block, SIB, information associated with the first network cell concatenated to SIB information associated with the second network cell, and wherein transmitting the control information is in accordance with downlink channel resources associated with the second network cell. determining, at a first base station associated with a first network cell, control information associated with a second network cell by receiving the control information from a second base station in the second network cell, and transmitting the control information from the first base station to one or more user equipments, UEs, associated with the second network cell, wherein the control information comprises system information block, SIB, information associated with the first network cell concatenated to SIB information associated with the second network cell, and wherein transmitting the control information is in accordance with downlink channel resources associated with the second network cell.
Method for warning the driver of a motor vehicle of an imminent collision with a target object located in an environmental region of the motor vehicle and approaching the motor vehicle, wherein a temporal sequence of images of the environmental region is provided by means of a camera (3, 4) of the motor vehicle, wherein a measured value (TTC1 to TTCx) for a degree of risk with respect to the collision is respectively determined from at least a subset of the images based on the respective image by means of an image processing device, and wherein the warning of the driver is effected depending on the measured values (TTC1 to TTCx), characterized in that based on the respectively current measured value as well as based on a plurality of previous measured values (TTC1 to TTCx), a fitting function is determined, which satisfies a predetermined optimization criterion with respect to the measured values (TTC1 to TTCx), and that the current degree of risk is determined based on the fitting function for warning the driver wherein for determining the fitting function, the measured values (TTC1 to TTCx) are each weighted with an associated weighting factor (W total) and the fitting function is determined based on the weighted measured values (TTC1 to TTCx) while the weighting factors (W total) are determined depending on a position of the target object in the respective image.
A continuously operating extrusion press with a main press plunger operating with a pick-up, with a counter press plunger and with a storage room for metal pressed materials, which is on the one hand closable with the pick-up and on the other hand is operatively connected with the counter press plunger, wherein both the main press plunger and the counter press plunger and the pressed pressing material are moved horizontally, wherein the movement of the main press plunger and the counter press plunger as well as the sum of the movement components of the pressing material is in straight line overall, characterised in that the operative connection of the storage room with the pick-up can be shut-off via the pressing material and/or in that to shut off the operative connection of the storage room with the pick-up a valve with a valve body arranged in a vertical channel is provided which by way of a pressure of the metal pressing material is pressed against a valve seat.
An aerosol-generating device comprising, arranged in an outer body part, a power supply section, an optical light source, an optical reader system and a cavity, the cavity having an opening accessible at the outer body part and being configured to receive an aerosol-generating article, wherein said optical light source is arranged to illuminate at least part of a said aerosol-generating article inserted in said cavity through the opening, and said optical reader system is arranged to detect light issuing from the aerosol-generating article after illumination by the light source, characterized in that the light source extends in said cavity from an end thereof opposite the opening to penetrate at least partly said aerosol-generating article upon insertion in the cavity and illuminate the said part of it from inside the aerosol-generating article. wherein said optical light source is arranged to illuminate at least part of a said aerosol-generating article inserted in said cavity through the opening, and said optical reader system is arranged to detect light issuing from the aerosol-generating article after illumination by the light source, characterized in that the light source extends in said cavity from an end thereof opposite the opening to penetrate at least partly said aerosol-generating article upon insertion in the cavity and illuminate the said part of it from inside the aerosol-generating article.
Wiper blade for vehicle windows, comprising structural elements consisting at least of: - a longitudinal support, - a stiffening rod arranged in a housing of said support, - a wiper strip fixed to said support, - an accessory comprising at least one manifold (42a, 42b) for spraying a washing liquid, said accessory being assembled to said support, characterized in that said wiper blade additionally comprises means (50; 50a, 50b) for heating said washing liquid, said heating means comprising at least one heating resistive film (50; 50a, 50b) arranged on at least one face of the longitudinal support. - a longitudinal support, - a stiffening rod arranged in a housing of said support, - a wiper strip fixed to said support, - an accessory comprising at least one manifold (42a, 42b) for spraying a washing liquid, said accessory being assembled to said support,
A gas turbine engine including: a core engine having a working gas annulus which ends in a core exhaust nozzle for exit of hot gas from the core engine; a bypass duct which ends in a bypass exhaust nozzle for exit of a flow of bypass air from the bypass duct, the bypass exhaust nozzle being forward of the core exhaust nozzle, and the bypass duct having an inner wall which forms a surrounding cowl of the core engine and ends at the bypass exhaust nozzle; and a core cowl after-body which provides a frustoconical air-washed surface continuing unbroken, on a longitudinal section through the engine, the line of the bypass duct inner wall downstream of the bypass exhaust nozzle; characterised in that the air-washed surface of the core cowl after-body has plural axially-spaced circumferentially extending corrugations which locally disturb the flow of air over the surface. a core engine having a working gas annulus which ends in a core exhaust nozzle for exit of hot gas from the core engine; a bypass duct which ends in a bypass exhaust nozzle for exit of a flow of bypass air from the bypass duct, the bypass exhaust nozzle being forward of the core exhaust nozzle, and the bypass duct having an inner wall which forms a surrounding cowl of the core engine and ends at the bypass exhaust nozzle; and a core cowl after-body which provides a frustoconical air-washed surface continuing unbroken, on a longitudinal section through the engine, the line of the bypass duct inner wall downstream of the bypass exhaust nozzle; characterised in that the air-washed surface of the core cowl after-body has plural axially-spaced circumferentially extending corrugations which locally disturb the flow of air over the surface.
An electrical cable for vertical applications, comprising: - a core having a first length; - a sheath surrounding the core and extending substantially through the whole core first length; and - a reinforcing jacket surrounding and in direct contact with the sheath, said reinforcing jacket being made of concentric layers comprising: - a first layer (3) longitudinally extending from a first end of the cable towards a second end of the cable and having a second length substantially equal to the first length; and - at least one further layer (3, 3) longitudinally extending from the first end of the cable towards the second end of the cable for a third length (L2, L3) shorter than the first length, wherein at least the first layer (3) is made of a corrosion resistant metal alloy, characterized in that at least the first layer (3) is a circumferentially closed metal tube and in that the first layer (3) is the outermost element of the reinforcing jacket and said at least one further layer (3, 3) is a inner layer of the reinforcing jacket, being interposed between the sheath and the first layer (3), and in that the reinforcing jacket is the outermost element of the electrical cable. - a core having a first length; - a sheath surrounding the core and extending substantially through the whole core first length; and - a reinforcing jacket surrounding and in direct contact with the sheath, said reinforcing jacket being made of concentric layers comprising: - a first layer (3) longitudinally extending from a first end of the cable towards a second end of the cable and having a second length substantially equal to the first length; and - at least one further layer (3, 3) longitudinally extending from the first end of the cable towards the second end of the cable for a third length (L2, L3) shorter than the first length, - a first layer (3) longitudinally extending from a first end of the cable towards a second end of the cable and having a second length substantially equal to the first length; and - at least one further layer (3, 3) longitudinally extending from the first end of the cable towards the second end of the cable for a third length (L2, L3) shorter than the first length, wherein at least the first layer (3) is made of a corrosion resistant metal alloy, characterized in that at least the first layer (3) is a circumferentially closed metal tube and in that the first layer (3) is the outermost element of the reinforcing jacket and said at least one further layer (3, 3) is a inner layer of the reinforcing jacket, being interposed between the sheath and the first layer (3), and in that the reinforcing jacket is the outermost element of the electrical cable.
A bonded abrasive article comprising 10 to 80 % by volume of shaped abrasive particles; 1 to 60 % by volume of a bonding medium comprising a vitreous bond, and secondary abrasive particles; wherein said shaped abrasive particles each comprising a first side and a second side separated by a thickness t, wherein said first side is a first face having a perimeter of a first geometric shape, wherein the thickness t is smaller than the length of the shortest side-related dimension of the particle, the second side either comprises a vertex or a ridge line or a second face having a perimeter of a second geometric shape which may be the same or different to the first geometric shape, said first and second geometric shapes are independently selected from regular and irregular polygonal shapes, the length of the shortest side related dimension of the particle is the length of the shortest facial dimension of the first face (if the particle has no second face) or is the length of the shortest facial dimension of the larger face of the particle (if the particle has a second face).
Bistable fluid valve, comprising: - two mutually adjacent valve chambers (52a, 52b) sealed off from one another by means of a partition wall and with a mutually opposing inlet opening (54a, 54b) and outlet opening (56a, 56b); - an elastic strip element deformable in the longitudinal direction in an 'S' shape because of prestressing and penetrating both the valve chambers (52a, 52b), being flexibly supported in the region of the partition wall and at both its ends flexibly abutting the valve chambers (52a, 52b) inside and able to assume two positions in which it sealingly closes either the one or the other outlet opening (56a, 56b); - an actuation element fastened to the strip element by means of which the strip element can be switched between the two positions. - two mutually adjacent valve chambers (52a, 52b) sealed off from one another by means of a partition wall and with a mutually opposing inlet opening (54a, 54b) and outlet opening (56a, 56b); - an elastic strip element deformable in the longitudinal direction in an 'S' shape because of prestressing and penetrating both the valve chambers (52a, 52b), being flexibly supported in the region of the partition wall and at both its ends flexibly abutting the valve chambers (52a, 52b) inside and able to assume two positions in which it sealingly closes either the one or the other outlet opening (56a, 56b); - an actuation element fastened to the strip element by means of which the strip element can be switched between the two positions.
Ring element for a clamp with a clamp band which comprises two clamping heads (16, 18) which are connected to one another by way of a clamping element, wherein the ring element can be positioned radially within the clamp band, wherein the ring element comprises at least one holding element for support on an inner side of the clamp band, wherein the holding element is offset in an axial direction in relation to the ring element by way of a fastening portion and extends outwards at least partially in a radial direction, wherein the holding element comprises at least one spring portion which extends at least partially in a circumferential direction and radial direction, characterized in that the holding element comprises two spring portions which in each case extend from the fastening portion in an opposite circumferential direction.
Sample distribution system, comprising: - a number of sample carriers, adapted to receive one or more sample containers, - a transport surface, adapted to carry the sample carriers, - a number of electromagnetic actuators, stationary arranged below the transport surface, wherein the electromagnetic actuators are adapted to move a sample carrier, which is arranged on the transport surface, by applying a magnetic force on the sample carrier, and - a control device, adapted to activate the electromagnetic actuators arranged below the transport surface such that a respective sample carrier moves on the transport surface along a predefinable movement path, characterized by - a dirt detection device, adapted to detect dirt on the transport surface, - wherein the control device is in signaling connection with the dirt detection device, wherein the control device is adapted to control the movement of the sample carriers in dependence on detected dirt, and - wherein the dirt detection device is adapted to determine a position of dirt on the transport surface, wherein the control device is adapted to determine the movement path of a respective sample carrier such that it does not run over the position of dirt. - a number of sample carriers, adapted to receive one or more sample containers, - a transport surface, adapted to carry the sample carriers, - a number of electromagnetic actuators, stationary arranged below the transport surface, wherein the electromagnetic actuators are adapted to move a sample carrier, which is arranged on the transport surface, by applying a magnetic force on the sample carrier, and - a control device, adapted to activate the electromagnetic actuators arranged below the transport surface such that a respective sample carrier moves on the transport surface along a predefinable movement path, characterized by - a dirt detection device, adapted to detect dirt on the transport surface, - wherein the control device is in signaling connection with the dirt detection device, wherein the control device is adapted to control the movement of the sample carriers in dependence on detected dirt, and - wherein the dirt detection device is adapted to determine a position of dirt on the transport surface, wherein the control device is adapted to determine the movement path of a respective sample carrier such that it does not run over the position of dirt.
Method for providing a component to be produced layerwise with a predetermined surface structure on a side surface of the component, the method comprising the provision of CAD data for the component and the selection of an irradiation pattern for solidifying a starting material in powder form for the component, in such a way that a surface irradiation vector and/or a contour irradiation vector of a component layer (1, 2) to be solidified are adjusted in a particular layer sequence in such a way that the predetermined surface structure is produced during the layerwise construction, wherein the predetermined surface structure has a predetermined or defined surface roughness, wherein the irradiation pattern is selected in the scope of a CAM method and is applied to the CAD data by the surface irradiation vector and/or the contour irradiation vector being taken into account during a layer subdivision, and wherein the contour irradiation vector of a component layer to be solidified is offset parallel to a layer plane relative to a previously constructed component layer, so that a layerwise offset only of contours of the component layer relative to the constructed component layer of at least 10 um, preferably at least 50 um, is produced, and/or wherein the surface irradiation vector of a component layer to be solidified is offset parallel to a layer plane relative to a previously constructed component layer, so that a layerwise offset of this component layer relative to the constructed component layer of at least 10 um, preferably at least 50 μm, is produced.
A display medium capable of displaying a predetermined number of contents corresponding to a predetermined number of azimuth angles, when viewed from predetermined elevation and azimuth angles, comprising: a member that reflects light, wherein the member is partitioned into a plurality of unit cells, each of the plurality of unit cells is further partitioned into a predetermined number of sub-cells corresponding to the predetermined number of contents, in each sub-cell corresponding to a predetermined azimuth angle, a protruding member is formed, the protruding member including a surface along the predetermined azimuth angle, and the surface occluding light. a member that reflects light, wherein the member is partitioned into a plurality of unit cells, each of the plurality of unit cells is further partitioned into a predetermined number of sub-cells corresponding to the predetermined number of contents, in each sub-cell corresponding to a predetermined azimuth angle, a protruding member is formed, the protruding member including a surface along the predetermined azimuth angle, and the surface occluding light.
A wire harness attachable to an attached body, wherein the wire harness which is wired in a predetermined wiring pattern with respect to the attached body is packaged by being held by a one-sided adhesive sheet so that the wiring pattern is kept, the one-sided adhesive sheet holds clamps in a plurality of sheet holes which are formed at a predetermined pitch in accordance with positions where the attached body is attached, and positions of the sheet holes which are formed in the one-sided adhesive sheet and through which the clamps are inserted are offset from positions where the wire harness is wired, each of the clamps is formed with a sealing surface pressure generating part which makes the one-sided adhesive sheet come into close contact with the attached body when the clamps are attached to the attached body, and the sealing surface pressure generating part of each the clamps is directly sandwiched between inner surfaces of the one-sided self-adhesive sheet.
A controller for an internal combustion engine having a first actuator that is provided at a first position in an intake passage of the internal combustion engine and that acts on a pressure on a downstream side of the first position, and a second actuator that is provided at a second position that is upstream of the first position in the intake passage and that acts on a pressure on a downstream side of the second position, the controller comprising: first requested torque generation means for generating a first requested torque with respect to the internal combustion engine based on a request from a driver and a request from an on-board system; and first operation means (112, 114, 116, 118) for operating the first actuator based on the first requested torque, characterized by: second requested torque generation means for, in a case where a pulse component is included in the first requested torque, the pulse component being a pulse-like change in the direction of decreasing torque, generating a second requested torque that does not include the pulse component; and second operation means (122, 124, 126, 130, 128) for operating the second actuator based on the first requested torque in a case where the pulse component is not included in the first requested torque, and operating the second actuator based on the second requested torque in a case where the pulse component is included in the first request torque, wherein the second requested torque generation means is configured to predict the value of the first requested torque after the pulse component passes, and to generate the predicted value as the second requested torque. first requested torque generation means for generating a first requested torque with respect to the internal combustion engine based on a request from a driver and a request from an on-board system; and first operation means (112, 114, 116, 118) for operating the first actuator based on the first requested torque, characterized by: second requested torque generation means for, in a case where a pulse component is included in the first requested torque, the pulse component being a pulse-like change in the direction of decreasing torque, generating a second requested torque that does not include the pulse component; and second requested torque generation means for, in a case where a pulse component is included in the first requested torque, the pulse component being a pulse-like change in the direction of decreasing torque, generating a second requested torque that does not include the pulse component; and second operation means (122, 124, 126, 130, 128) for operating the second actuator based on the first requested torque in a case where the pulse component is not included in the first requested torque, and operating the second actuator based on the second requested torque in a case where the pulse component is included in the first request torque, wherein the second requested torque generation means is configured to predict the value of the first requested torque after the pulse component passes, and to generate the predicted value as the second requested torque.