mhurhangee/ep-ind-claims huggingface dataset:
A control device for a fluidically actuatable power cylinder with at least one lifting and lowering function, of which at least the lowering function can be operated by a way slide valve which has at least two fluid connection points at which the power cylinder is connected fluidically with its working spaces (20, 21), wherein, in at least one neutral position, the way slide valve connects the two working spaces (20, 21) of the power cylinder to one another at a predeterminable partial current supply and in so doing simultaneously produces a fluidic connection to a tank or return port of the way slide valve, wherein the partial current supply is predetermined by means of two energy stores (67, 68) acting in opposite directions on the sliding piston of the way slide valve, characterised in that at least one of the energy stores (67, 68) can be set.
An anti-burglary device for a door or a window, preferably for mounting in the hinge-side region of the rabbet between the casement frame and the fixed window frame, having interengaging securing profile members connected to the casement frame and to the fixed window frame respectively, characterised in that each of the two securing profile members is provided with at least one respective locking bar projecting towards the respective other securing profile member and a receiving groove, wherein the locking bar of the respective one securing profile member engages into the receiving groove of the respective other securing profile member.
A magnetic rack comprising: a body on which a groove is disposed; at least one magnetic brick having a first contact part, the brick being located in the groove; and a cover having a second contact part, the cover being placed over the groove so as to partially cover the groove, the first contact part being in contact with the second contact part to fix the magnetic brick in the groove, characterized in that the cover has at least one hole, the at least one hole being used for exposing the at least one magnetic brick, and in that the first contact part is a curved surface, which takes a convex shape and is located at an end of the magnetic brick, or the first contact part is a slope at a certain angle with a plane where the bottom of the groove is located, the slope being located at an end of the magnetic brick. a body on which a groove is disposed; at least one magnetic brick having a first contact part, the brick being located in the groove; and a cover having a second contact part, the cover being placed over the groove so as to partially cover the groove, the first contact part being in contact with the second contact part to fix the magnetic brick in the groove, characterized in that the cover has at least one hole, the at least one hole being used for exposing the at least one magnetic brick, and in that the first contact part is a curved surface, which takes a convex shape and is located at an end of the magnetic brick, or the first contact part is a slope at a certain angle with a plane where the bottom of the groove is located, the slope being located at an end of the magnetic brick.
A device for positioning a bone cutting guide on a tibia, the device comprising: a tibial attachment member including a varus/valgus adjustment member, an anterior/posterior adjustment member, and at least one aperture for coupling with a pin inserted into the tibia; a stationary arm fixedly attachable to the tibial attachment member at one end and extending to a pivot joining at an opposite end; a pivoting arm movably attached to one to the stationary arm at the pivot joint; a light emitter attachable to the pivoting arm at or near an end of the pivoting arm opposite the pivot joint; a depth selection member movably coupled with the stationary arm and configured to removably attach to the bone cutting guide; and a two-sided stylus removably attachable to the bone cutting guide for contacting the tibia to help select a cutting depth, characterised in that the two-sided stylus includes, on a superior end, a first flat base with a first magnet and, on an inferior end, a second flat base with a second magnet. a tibial attachment member including a varus/valgus adjustment member, an anterior/posterior adjustment member, and at least one aperture for coupling with a pin inserted into the tibia; a stationary arm fixedly attachable to the tibial attachment member at one end and extending to a pivot joining at an opposite end; a pivoting arm movably attached to one to the stationary arm at the pivot joint; a light emitter attachable to the pivoting arm at or near an end of the pivoting arm opposite the pivot joint; a depth selection member movably coupled with the stationary arm and configured to removably attach to the bone cutting guide; and a two-sided stylus removably attachable to the bone cutting guide for contacting the tibia to help select a cutting depth,
Preimpregnated fibrous composite engineering material comprising, at least, one or more plies of sheetlike textile constructs in the form of wovens, knits, braids, stitch bondeds, nonwovens or felts of organic and inorganic fibers in a polymeric matrix, characterized in that the fibrous composite engineering material comprises not less than 40% by volume of electrically conductive fibers, wherein fibers of aluminum, of magnesium and/or of steel are used as electrically conducting fibers.
Device for producing knitted fabric with a knitting machine and at least one roving drawing and strengthening unit, which comprises a roving supply unit, by means of which a roving can be provided in the form of a fibre bundle that has not been strengthened, a stretching unit to which the roving can be fed in a roving conveying direction in the form of at least one sliver, and a spinning nozzle device by means of which pressurized air can be applied to a drawn roving exiting the stretching unit in a fiber strengthening segment, wherein a gripping roller pair delimiting the fiber strengthening segment, whose gripping rollers (71, 72) are rotatable in opposite directions of each other is provided downstream of the spinning nozzle device, wherein the gripping roller pair forms a clamping passage for the drawn, strengthened roving exiting the spinning nozzle device and a supply to the knitting machine for the drawn, strengthened roving exiting the gripping roller pair is provided following the gripping roller pair, characterized in that proportional valves, by means of which the pressurized air supply is adjustable in proportion to the roving conveying speed of the roving drawing and strengthening unit, are integrated into the pressurized air supply of the spinning nozzles (61, 62) of the spinning nozzle device.
A method to reduce a probability of incorrect interruption of an uplink transmission of a wireless device, the method comprising: performing decoding of a sequence of bits obtained from a signal received by the wireless device, without knowing whether the sequence corresponds to one of a grant for uplink transmission and noise, to determine a probability metric associated with a first m bits of the sequence, wherein m is an integer greater than 1, and the probability metric is a log-likelihood metric given by: Λ y i = Log Prob y i = 1 / Prob y i = − 1 ∀ i = 1.. m where y is a sequence of bits obtained from the signal received by the wireless device and the probability metric being greater than the threshold is defined by the condition D = { Λ(y i) > T ∀ i = 1.. m} where T is the threshold; comparing the probability metric to a threshold (20, S102); and treating the received signal as having a grant sequence if the probability metric is greater than the threshold; treating the received signal as noise if the probability metric is not greater than the threshold; and if the probability metric is greater than the threshold, then determining if a cyclic redundancy code, CRC, check is positive, a positive CRC check indicating that the grant sequence is for the wireless device, and a negative CRC check indicating that the grant sequence is for a different wireless device. performing decoding of a sequence of bits obtained from a signal received by the wireless device, without knowing whether the sequence corresponds to one of a grant for uplink transmission and noise, to determine a probability metric associated with a first m bits of the sequence, wherein m is an integer greater than 1, and the probability metric is a log-likelihood metric given by: Λ y i = Log Prob y i = 1 / Prob y i = − 1 ∀ i = 1.. m where y is a sequence of bits obtained from the signal received by the wireless device and the probability metric being greater than the threshold is defined by the condition D = { Λ(y i) > T ∀ i = 1.. m} where T is the threshold; comparing the probability metric to a threshold (20, S102); and treating the received signal as having a grant sequence if the probability metric is greater than the threshold; treating the received signal as noise if the probability metric is not greater than the threshold; and if the probability metric is greater than the threshold, then determining if a cyclic redundancy code, CRC, check is positive, a positive CRC check indicating that the grant sequence is for the wireless device, and a negative CRC check indicating that the grant sequence is for a different wireless device.
A light-emitting device material comprising a compound represented by the following general formula: [Chemical Formula 1] Ar-L(̵Z) n wherein Z is represented by the following general formula, and Ar is represented by the following general formula; L is a substituted or unsubstituted arylene group; n is 1 or 2; and when n is 2, two Zs may be the same or different; wherein ring A and ring B each represent a substituted or unsubstituted benzene ring, a substituted or unsubstituted fused aromatic hydrocarbon ring, a substituted or unsubstituted monocyclic aromatic heterocyclic ring, or a substituted or unsubstituted fused aromatic heterocyclic ring, with the proviso that at least one of atoms that form ring A and ring B is electron-accepting nitrogen; a substituent that ring A and ring B optionally have, and R 1 are each selected from the group consisting of an alkyl group, a cycloalkyl group, a heterocyclic group, an alkenyl group, a cycloalkenyl group, an alkynyl group, an alkoxy group, an alkylthio group, an aryl ether group, an aryl thioether group, an aryl group, a heteroaryl group, halogen, a carbonyl group, a carboxyl group, an oxycarbonyl group, a carbamoyl group and -P(=O)R 2 R 3; R 1 may be hydrogen; R 2 and R 3 are each an aryl group or a heteroaryl group; or R 2 and R 3 may be fused to form a ring, with the proviso that the group is coupled to L at the position of any of R 1, ring A and ring B; and when n is 2, positions at which two Zs are coupled to L may be the same or different; wherein R 101 to R 110 may be the same or different, and are each selected from the group consisting of hydrogen, an alkyl group, a cycloalkyl group, a heterocyclic group, an alkenyl group, a cycloalkenyl group, an alkynyl group, an alkoxy group, an alkylthio group, an aryl ether group, an aryl thioether group, an aryl group, a heteroaryl group, halogen, a carbonyl group, a carboxyl group, an oxycarbonyl group and a carbamoyl group; R 101 to R 110 may form a ring by adjacent substituents, with the proviso that R 101 to R 110 do not form a benzene ring; and the group is coupled to L at the position of any one of R 101 to R 110.
A lighting apparatus comprising: a light source; a heat sink releasing heat from the light source; and a light source supporting body comprises: an attaching part attaching the heat sink so as to hold the light source on the heat sink, a fitting hole fitting to the light source so as to position the light source and extracting light from the light source, and a protruding part, provided at the periphery of the fitting hole, pinching the light source with the heat sink, and the heat sink includes a penetration part through which wiring connected to the light source penetrates, characterized in that the light source supporting body includes a protecting part avoiding a situation that the wiring penetrating through the penetration part is damaged by the heat sink. a light source; a heat sink releasing heat from the light source; and a light source supporting body comprises: an attaching part attaching the heat sink so as to hold the light source on the heat sink, a fitting hole fitting to the light source so as to position the light source and extracting light from the light source, and a protruding part, provided at the periphery of the fitting hole, pinching the light source with the heat sink, and an attaching part attaching the heat sink so as to hold the light source on the heat sink, a fitting hole fitting to the light source so as to position the light source and extracting light from the light source, and a protruding part, provided at the periphery of the fitting hole, pinching the light source with the heat sink, and a protecting part avoiding a situation that the wiring penetrating through the penetration part is damaged by the heat sink.
A fingerprint-sensor chip package, comprising: a lead frame, a chip, and a plastic packaging part enclosing the lead frame and the chip; wherein the lead frame comprises a base island, a connecting rib, the connecting rib being a metal frame with four sides, and at least one connecting finger provided on each side of the connecting rib, and the base island is in the middle region of the lead frame surrounded by the connecting rib; the chip is adhered to the base island; the base island is fixedly connected to the connecting rib via the connecting fingers on at least two sides of the connecting rib; and the chip is electrically connected to the at least one connecting finger on at least one side of the connecting rib that is not fixedly connected to the base island by connecting fingers by a bonding wire; wherein the connecting rib is disconnected from the at least one connecting finger that is connected to the chip by the bonding wire. a lead frame, a chip, and a plastic packaging part enclosing the lead frame and the chip; wherein the lead frame comprises a base island, a connecting rib, the connecting rib being a metal frame with four sides, and at least one connecting finger provided on each side of the connecting rib, and the base island is in the middle region of the lead frame surrounded by the connecting rib; the chip is adhered to the base island; the base island is fixedly connected to the connecting rib via the connecting fingers on at least two sides of the connecting rib; and the chip is electrically connected to the at least one connecting finger on at least one side of the connecting rib that is not fixedly connected to the base island by connecting fingers by a bonding wire; wherein the connecting rib is disconnected from the at least one connecting finger that is connected to the chip by the bonding wire.
A control device comprising: a display control unit that performs control so as to display a panorama image display area in which a panorama image captured with a camera is displayed together with an enlarged image display area in which an enlarged image is displayed, the enlarged image being obtained by enlarging an area corresponding to a position specified on the panorama image; and a camera control unit that performs control so as to capture with the camera an image of the area corresponding to the position specified on the panorama image, wherein the display control unit displays on the enlarged image display area the image captured with the camera in accordance with control by the camera control unit; the panorama image is generated on the basis of a plurality of images captured with the camera in different viewing directions; the panorama image is a circular panorama image and continuous; the panorama image shows a bird's eye view; and wherein the display control unit, in response to a panorama image switching operation that will be executed, if the position specified on the panorama image is within an area adjacent to an outer circumference of the circular panorama image, in which area the circular panorama image has more distortion than a corresponding rectangular panorama image in a corresponding area, switches the panorama image displayed in the panorama image display area from the circular panorama image to the rectangular panorama image. a display control unit that performs control so as to display a panorama image display area in which a panorama image captured with a camera is displayed together with an enlarged image display area in which an enlarged image is displayed, the enlarged image being obtained by enlarging an area corresponding to a position specified on the panorama image; and a camera control unit that performs control so as to capture with the camera an image of the area corresponding to the position specified on the panorama image, wherein the display control unit displays on the enlarged image display area the image captured with the camera in accordance with control by the camera control unit; the panorama image is generated on the basis of a plurality of images captured with the camera in different viewing directions; the panorama image is a circular panorama image and continuous; the panorama image shows a bird's eye view; and wherein the display control unit, in response to a panorama image switching operation that will be executed, if the position specified on the panorama image is within an area adjacent to an outer circumference of the circular panorama image, in which area the circular panorama image has more distortion than a corresponding rectangular panorama image in a corresponding area, switches the panorama image displayed in the panorama image display area from the circular panorama image to the rectangular panorama image.
A package accommodating a plurality of items, the package having a length, a width and a height, and the package comprising: a front surface; a rear surface opposite the front surface; a first surface adjacent the front and rear surfaces (14, 15), the first surface having no seam thereacross; a second surface opposite the first surface, the second surface having a closing seam extending along a direction of the package width; an opposing pair of third and fourth surfaces (12, 13) respectively adjacent the first and second surfaces (10, 11), the third and fourth surfaces (12, 13) having a first side seam and a second side seam, respectively, extending therealong along a direction of the package height; a pair of side gussets (12b, 13b) each of which is located at the third and fourth surfaces (12, 13), respectively; and a pair of closing gussets located in the second surface, wherein the surfaces cooperatively define an interior compartment of the package, characterized in that the package comprises a laminate comprising a film layer and a paper layer, the film layer facing the interior compartment, and wherein the second surface comprises an area essentially consisting of the film layer where the closing seam is formed. a front surface; a rear surface opposite the front surface; a first surface adjacent the front and rear surfaces (14, 15), the first surface having no seam thereacross; a second surface opposite the first surface, the second surface having a closing seam extending along a direction of the package width; an opposing pair of third and fourth surfaces (12, 13) respectively adjacent the first and second surfaces (10, 11), the third and fourth surfaces (12, 13) having a first side seam and a second side seam, respectively, extending therealong along a direction of the package height; a pair of side gussets (12b, 13b) each of which is located at the third and fourth surfaces (12, 13), respectively; and a pair of closing gussets located in the second surface, wherein the surfaces cooperatively define an interior compartment of the package,
A wave-power aggregate to extract energy from wave motion in a fluid, said aggregate comprising: at least one container situated at least partially in said fluid, the container being equipped with an inflow and an outflow, wherein said container has an extension in an extension direction between said inflow and said outflow, and wherein said container further comprises a first and a second part which under the influence of said wave motion, the first part of said container arranges 10 itself in a first position and the second part of said container arranges itself in a second position, and wherein said first and second positions correspond to different potential energy; a fluid supply means arranged to alternately supply a first fluid and a second fluid to said container and a control unit arranged to control said fluid supply means; and conversion means which are connected to said outflow and/or inflow and arranged to convert an increase of pressure and/or flow rate in at least one of said first and second fluids (32, 34) into usable energy, characterized in that said conversion means comprise a turbine and a generator driven by the turbine, said generator being configured to at least initially operate as an engine and the turbine as a pump to increase a flow speed of at least one of said first and second fluids. at least one container situated at least partially in said fluid, the container being equipped with an inflow and an outflow, wherein said container has an extension in an extension direction between said inflow and said outflow, and wherein said container further comprises a first and a second part which under the influence of said wave motion, the first part of said container arranges 10 itself in a first position and the second part of said container arranges itself in a second position, and wherein said first and second positions correspond to different potential energy; a fluid supply means arranged to alternately supply a first fluid and a second fluid to said container and a control unit arranged to control said fluid supply means; and conversion means which are connected to said outflow and/or inflow and arranged to convert an increase of pressure and/or flow rate in at least one of said first and second fluids (32, 34) into usable energy, characterized in that said conversion means comprise a turbine and a generator driven by the turbine, said generator being configured to at least initially operate as an engine and the turbine as a pump to increase a flow speed of at least one of said first and second fluids.
A bioactive filamentary structure, comprising: a filamentary structure; synthetic bone graft particles coating the filamentary structure; and a polymer partially coating the synthetic bone graft particles such that at least some of the bone graft particles extend through the polymer. a filamentary structure; synthetic bone graft particles coating the filamentary structure; and a polymer partially coating the synthetic bone graft particles such that at least some of the bone graft particles extend through the polymer.