mhurhangee/patent-ind-claim-en huggingface dataset:
A production method for a fiber reinforced composite material including a step for heating a preform formed by laminating a prepreg layer (I) including a reinforcement fiber (A) and a first thermosetting resin (B-1) with a resin layer (II) including a second thermosetting resin (B-2) and a solid additive (C), wherein the preform is heated to cure the first thermosetting resin (B-1) and the second thermosetting resin (B-2), the cured resin layer (II') formed by curing the resin layer (II) having an average thickness of 35 μm or more and 300 μm or less, wherein the resin layer (II) contains a porous sheet-like base material having continuous holes (E) that acts as spacer, wherein the hole diameter Le of the porous sheet-like base material (E) meets the relation of Le < Lc where Lc is the average of the longest diameters across the primary particles of the solid additive (C). wherein the resin layer (II) contains a porous sheet-like base material having continuous holes (E) that acts as spacer, wherein the hole diameter Le of the porous sheet-like base material (E) meets the relation of Le < Lc where Lc is the average of the longest diameters across the primary particles of the solid additive (C).
Supply unit for generating electrical energy for an electrical function during operation of a functional element of a kitchen utensil which can be arranged in a first temperature range , having a first temperature section for arrangement in the first temperature region , a second temperature section for arrangement in a second temperature region which has a temperature difference from the first temperature region , and a supply means for supplying electrical energy for the function during operation of the functional element with a conversion element for converting thermal energy into electrical energy as a function of the temperature difference , wherein the first and second temperature sections are connected by a thermally conductive bridge element , characterized in that the supply unit can be attached to a kitchen appliance by the bridge element . a first temperature section for arrangement in the first temperature region , a second temperature section for arrangement in a second temperature region which has a temperature difference from the first temperature region , and a supply means for supplying electrical energy for the function during operation of the functional element with a conversion element for converting thermal energy into electrical energy as a function of the temperature difference , wherein the first and second temperature sections are connected by a thermally conductive bridge element , characterized in that the supply unit can be attached to a kitchen appliance by the bridge element .
A method for preserving an aqueous solution containing a leuco chromogen, comprising adding a compound having at least one substituent selected from the group consisting of a nitroso group and an azo group and having an ability to coordinate a metal ion, or a salt thereof to the aqueous solution containing a leuco chromogen, wherein the compound or the salt thereof is a compound represented by the following general formula (I) or a salt thereof: wherein R 1 and R 2 are the same or different and each represent a hydrogen atom or a substituted or unsubstituted alkyl group; R 3 represents an oxygen atom or a group represented by R 4 -N, in which R 4 represents a substituted or unsubstituted 2-pyridyl, and X represents a hydroxy group or an amino group.
A method, performed by a user equipment (UE) served by a first eNB, for detecting a hidden node in LTE licensed assisted access, comprising: determining resources for hidden node detection measurement from signaling received by the user equipment (UE) (S21); receiving an indication from the first eNB that the first eNB is occupying a channel that has been occupied by the first eNB because it was detected as free in a listen before talk procedure, whereby the indication is in the form of downlink scheduling information or in the form of an explicit indication if a given set of subframes is used for downlink transmission; determining, for a subframe in which the resources for hidden node detection measurement are located, whether the first eNB occupies the respective channel or not based on the received indication (S22); in case it is determined that the first eNB is occupying the channel, performing hidden node detection measurement in the determined resources (S23); and transmitting the hidden node detection measurement results to a second eNB (S24). determining resources for hidden node detection measurement from signaling received by the user equipment (UE) (S21); receiving an indication from the first eNB that the first eNB is occupying a channel that has been occupied by the first eNB because it was detected as free in a listen before talk procedure, whereby the indication is in the form of downlink scheduling information or in the form of an explicit indication if a given set of subframes is used for downlink transmission; determining, for a subframe in which the resources for hidden node detection measurement are located, whether the first eNB occupies the respective channel or not based on the received indication (S22); in case it is determined that the first eNB is occupying the channel, performing hidden node detection measurement in the determined resources (S23); and transmitting the hidden node detection measurement results to a second eNB (S24).
A liquid crystal display device comprising a backlight light source, and a liquid crystal cell disposed between two polarizers; the backlight light source being a white light-emitting diode; each of the polarizers comprising a polarizing film and protective films laminated on both sides of the polarizing film; and at least one of the protective films being a polyester film having a retardation Re, defined by the product ΔNxy × d of the anisotropy ΔNxy = |Nx-Ny| of the refractive indices at a measurement wavelength of 589 nm in two mutually orthogonal directions on the film and the film thickness d, of 3,000 to 30,000 nm, and a ratio of retardation to thickness-direction retardation (Re/Rth) of 0.500 or higher.
Electric machine which is in the form of an internal rotor and which has a laminated stator core and a functional support which is arranged on a rear side that is remote from an output side of the laminated stator core , wherein the functional support comprises a plastics housing in which there is arranged an interconnect device and connecting means which are integrated into the plastics housing and protrude therefrom in the axial direction of the laminated stator core , wherein the functional support is connected by means of the connecting means to the laminated stator core at a lateral outer surface of the laminated stator core by substance-to-substance bonding in the axial direction, wherein the connecting means are formed by a plurality of metal lugs which are embedded into the plastics housing by injection moulding or are subsequently pressed into the plastics housing or sunk into the plastics housing by means of ultrasound, and wherein the metal lugs are welded to the laminated stator core on the lateral outer surface thereof, wherein the laminated stator core has a radially protruding contact surface for each metal lug , and wherein the metal lugs are formed by beams, which are bent in the axial direction, of a one-piece, star-shaped stamped sheet-metal part , the centre of which is arranged at the end face relative to the laminated stator core . the connecting means are formed by a plurality of metal lugs which are embedded into the plastics housing by injection moulding or are subsequently pressed into the plastics housing or sunk into the plastics housing by means of ultrasound, and wherein the metal lugs are welded to the laminated stator core on the lateral outer surface thereof, wherein the laminated stator core has a radially protruding contact surface for each metal lug , and wherein the metal lugs are formed by beams, which are bent in the axial direction, of a one-piece, star-shaped stamped sheet-metal part , the centre of which is arranged at the end face relative to the laminated stator core .
Method for park spot routing for a vehicle comprising - providing (S3) a start position of the vehicle for the park spot routing, - providing (S5) a destination position of the vehicle for the park spot routing, - providing (S7) parking data which comprise information about parking facilities and parking probabilities of said parking facilities, - determining (S9) a park spot route based on the start position, the destination position and the parking data, wherein the park spot route is determined by means of an adapted A* algorithm, characterized in that: a cost function of the adapted A* algorithm considers the parking probabilities on a road segment and a walking distance from said road segment to the destination position, when said walking distance does not exceed a maximal distance which is chosen by a user and represents a maximal distance that the user is willing to walk from a parking spot to the destination position. - providing (S3) a start position of the vehicle for the park spot routing, - providing (S5) a destination position of the vehicle for the park spot routing, - providing (S7) parking data which comprise information about parking facilities and parking probabilities of said parking facilities, - determining (S9) a park spot route based on the start position, the destination position and the parking data, wherein the park spot route is determined by means of an adapted A* algorithm,
A rotary indexing device (130; 230), configured for use in connection with a medical instrument, the rotary indexing device comprising: a base (131; 231); a rotary member (132; 232) rotatably coupled to the base and configured to be coupled to the medical instrument, the rotary member and base engaged such that interaction between the base and the rotary member releasably couples rotation of the rotary member with respect to the base at one or more stops such that rotation of the rotary member is configured to rotate the medical instrument at positions corresponding to the one or more stops, the rotary indexing device comprising one or more detents (136, 137; 236, 237) configured to releasably couple rotation of the rotary member with respect to the base at the one or more stops such that the rotary member may only rotate with respect to the base when the one or more detents are not engaged; and a medical device characterised in that the medical device is coupled to the rotary member such that rotation of the rotary member also rotates the medical device, the medical device comprising an elongate member having a curved distal tip and a pointer coupled adjacent a proximal end of the elongate member, the pointer disposed such that a portion of the pointer lies in substantially the same plane as the curved distal tip. a base (131; 231); a rotary member (132; 232) rotatably coupled to the base and configured to be coupled to the medical instrument, the rotary member and base engaged such that interaction between the base and the rotary member releasably couples rotation of the rotary member with respect to the base at one or more stops such that rotation of the rotary member is configured to rotate the medical instrument at positions corresponding to the one or more stops, the rotary indexing device comprising one or more detents (136, 137; 236, 237) configured to releasably couple rotation of the rotary member with respect to the base at the one or more stops such that the rotary member may only rotate with respect to the base when the one or more detents are not engaged; and a medical device characterised in that the medical device is coupled to the rotary member such that rotation of the rotary member also rotates the medical device, the medical device comprising an elongate member having a curved distal tip and a pointer coupled adjacent a proximal end of the elongate member, the pointer disposed such that a portion of the pointer lies in substantially the same plane as the curved distal tip.
An apparatus for assembling a plurality of micro tissue grafts into a tissue construct, the apparatus comprising: an array of needles each sized to harvest a respective micro tissue graft from a donor site; a matrix positioned over the array of needles and including holes configured to receive the micro tissue grafts from the needles, where each hole is aligned with a respective needle ; and a mesh positioned over the matrix, the mesh sized to permit air to pass therethrough so that an applied vacuum pulls the micro tissue grafts through the needles into the matrix, the mesh further sized to contain the micro tissue grafts within the matrix. an array of needles each sized to harvest a respective micro tissue graft from a donor site; a matrix positioned over the array of needles and including holes configured to receive the micro tissue grafts from the needles, where each hole is aligned with a respective needle ; and a mesh positioned over the matrix, the mesh sized to permit air to pass therethrough so that an applied vacuum pulls the micro tissue grafts through the needles into the matrix, the mesh further sized to contain the micro tissue grafts within the matrix.
A method comprising the steps: receiving, by a database management system - DBMS - , a database command for a database ; executing, by the DBMS , the database command, wherein executing the database command comprises accessing one or more database elements, the one or more database elements being stored in one or more database blocks ; in a block-level heatmap , recording, by the DBMS , for the one or more database blocks , activity corresponding to the accessing the one or more database elements, wherein said recording includes setting bits corresponding to the accessed one or more database blocks within an in-memory representation of the block-level heatmap ; persisting, on a periodic basis, the in-memory representation of the block-level heatmap to a stored representation of the block-level heatmap ; resetting the in-memory representation of the block-level heatmap after the persisting; gathering access statistics for the activity corresponding to the accessing the one or more database elements based on the block-level heatmap ; wherein the method is performed by one or more computing devices. receiving, by a database management system - DBMS - , a database command for a database ; executing, by the DBMS , the database command, wherein executing the database command comprises accessing one or more database elements, the one or more database elements being stored in one or more database blocks ; in a block-level heatmap , recording, by the DBMS , for the one or more database blocks , activity corresponding to the accessing the one or more database elements, wherein said recording includes setting bits corresponding to the accessed one or more database blocks within an in-memory representation of the block-level heatmap ; persisting, on a periodic basis, the in-memory representation of the block-level heatmap to a stored representation of the block-level heatmap ; resetting the in-memory representation of the block-level heatmap after the persisting; gathering access statistics for the activity corresponding to the accessing the one or more database elements based on the block-level heatmap ; wherein the method is performed by one or more computing devices.
Lightweight wheel for an agricultural machine, having a wheel and a tyre , which is arranged on the wheel , wherein - the wheel is formed by a wheel half and a wheel counter half , which are designed the same; - the wheel half and wheel counter half are designed to be lightweight such that an inner hollow structure is formed at least in one rim half ; - the wheel half and the wheel counter half are connected to one another to form a wheel hub and a wheel rim in such a way that inner flat sides of the wheel half and wheel counter half are arranged opposite each other in a connecting plane ; and - the tyre is clamped on the inside along the wheel rim between the wheel half and wheel counter half ; characterized in that with the wheel half and wheel counter half , spoke halves respectively connect a hub half to the rim half and in that the wheel half and wheel counter half are connected to one another to form wheel spokes between the wheel hub and wheel rim in such a way that the inner flat sides of the wheel half and wheel counter half are arranged opposite each other in the connecting plane . - the wheel is formed by a wheel half and a wheel counter half , which are designed the same; - the wheel half and wheel counter half are designed to be lightweight such that an inner hollow structure is formed at least in one rim half ; - the wheel half and the wheel counter half are connected to one another to form a wheel hub and a wheel rim in such a way that inner flat sides of the wheel half and wheel counter half are arranged opposite each other in a connecting plane ; and - the tyre is clamped on the inside along the wheel rim between the wheel half and wheel counter half ; characterized in that with the wheel half and wheel counter half , spoke halves respectively connect a hub half to the rim half and in that the wheel half and wheel counter half are connected to one another to form wheel spokes between the wheel hub and wheel rim in such a way that the inner flat sides of the wheel half and wheel counter half are arranged opposite each other in the connecting plane .
A display device comprising: a base portion ; assembled electrodes extending along one direction on the base portion ; a dielectric layer to cover the assembled electrodes ; a partition wall portion on the dielectric layer while forming a plurality of cells ; and a plurality of semiconductor light emitting diodes seated in the plurality of cells , respectively, and to emit light of different colors, wherein the plurality of semiconductor light emitting diodes emitting different colors include recessed portions having different shapes on one surface thereof, and wherein a bottom surface of the plurality of cells includes a solder portion protruding to correspond to the recessed portions of the plurality of semiconductor light emitting diodes seated in the plurality of cells , respectively. a base portion ; assembled electrodes extending along one direction on the base portion ; a dielectric layer to cover the assembled electrodes ; a partition wall portion on the dielectric layer while forming a plurality of cells ; and a plurality of semiconductor light emitting diodes seated in the plurality of cells , respectively, and to emit light of different colors, wherein the plurality of semiconductor light emitting diodes emitting different colors include recessed portions having different shapes on one surface thereof, and wherein a bottom surface of the plurality of cells includes a solder portion protruding to correspond to the recessed portions of the plurality of semiconductor light emitting diodes seated in the plurality of cells , respectively.
A method for obtaining location information of a target object, comprising: receiving , by a second terminal, a search request, wherein the search request carries an identifier of a target object and first location information, and the first location information is location information of a location at which a first terminal is located when a connection between the first terminal and the target object is disrupted; when determining, by the second terminal, that a distance between a location at which the second terminal is currently located and the location represented by the first location information is less than or equal to a first threshold, sending , by the second terminal, a first broadcast message carrying the identifier of the target object; when detecting a second broadcast message sent by the target object, requesting , by the second terminal, to establish a connection to the target object; and after the connection to the target object is established, returning , by the second terminal, second location information to the first terminal, wherein the second location information is location information of a location at which the second terminal is located when the connection between the second terminal and the target object is established. receiving , by a second terminal, a search request, wherein the search request carries an identifier of a target object and first location information, and the first location information is location information of a location at which a first terminal is located when a connection between the first terminal and the target object is disrupted; when determining, by the second terminal, that a distance between a location at which the second terminal is currently located and the location represented by the first location information is less than or equal to a first threshold, sending , by the second terminal, a first broadcast message carrying the identifier of the target object; when detecting a second broadcast message sent by the target object, requesting , by the second terminal, to establish a connection to the target object; and after the connection to the target object is established, returning , by the second terminal, second location information to the first terminal, wherein the second location information is location information of a location at which the second terminal is located when the connection between the second terminal and the target object is established.