mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preserving a tissue, comprising: (i) immersing a tissue in a solution having a cryoprotectant concentration of at least 75% by weight relative to the weight of the solution; (ii) cooling the tissue in the solution having said cryoprotectant concentration of at least 75%, by weight relative to the weight of the solution, to a temperature between -20°C and the glass transition temperature of the solution having said cryoprotectant concentration of at least 75%, by weight relative to the weight of the solution, wherein the tissue is cooled and maintained at a temperature less than -20°C, but above the glass transition temperature of the solution without ice formation; and (iii) after the tissue reaches the temperature between -20°C and the glass transition temperature of the solution having said cryoprotectant concentration of at least 75% by weight, changing the concentration of the solution in which the tissue was cooled in step (ii) to form a substantially cryoprotectant-free solution in a single step. (i) immersing a tissue in a solution having a cryoprotectant concentration of at least 75% by weight relative to the weight of the solution; (ii) cooling the tissue in the solution having said cryoprotectant concentration of at least 75%, by weight relative to the weight of the solution, to a temperature between -20°C and the glass transition temperature of the solution having said cryoprotectant concentration of at least 75%, by weight relative to the weight of the solution, wherein the tissue is cooled and maintained at a temperature less than -20°C, but above the glass transition temperature of the solution without ice formation; and (iii) after the tissue reaches the temperature between -20°C and the glass transition temperature of the solution having said cryoprotectant concentration of at least 75% by weight, changing the concentration of the solution in which the tissue was cooled in step (ii) to form a substantially cryoprotectant-free solution in a single step.
A method for assigning resources to user equipment for a beam failure recovery by a base station, comprising: identifying a beam failure random access channel (BRACH) resource holding beam correspondence with a synchronization signal (SS) block resource covering the user equipment; and assigning the user equipment one or more BRACH preambles for each BRACH resource assigned to the user equipment, excluding the BRACH resource holding beam correspondence with the SS block resource covering the user equipment. identifying a beam failure random access channel (BRACH) resource holding beam correspondence with a synchronization signal (SS) block resource covering the user equipment; and assigning the user equipment one or more BRACH preambles for each BRACH resource assigned to the user equipment, excluding the BRACH resource holding beam correspondence with the SS block resource covering the user equipment.
An impact tool which applies a torque and an impact force to a tip tool , comprising: a motor ; a spindle rotated by the motor ; an anvil to which the tip tool is attached; and a hammer (30. 130. 230. 330) which converts a toraue of the spindle into a torque and an impact force of the anvil , wherein the hammer includes: a second pawl (30el, 30e2, 130el, 130e2, 130e3, 230el, 230e2, 230e3, 330el, 330e2, 330e3) to be engaged with a first pawl (18dl, 18d2, 118d1, 118d2, 118d3, 218dl, 218d2, 218 d3, 318dl, 318d2, 318d3) of the anvil ; a through-hole through which the spindle passes; a plurality of cam grooves (30al, 30a2) hollowed toward a radially outer side of the through-hole ; a wall portion (30c1) provided between the plurality of cam grooves (30a1, 30a2) in a circumferential direction of the through-hole ; and a bottom portion (30c2) positioned at a center portion of the cam groove (CP) in the circumferential direction of the through-hole , and characterized in that the second pawl (30e1, 30e2, 130el, 130e2, 130e3, 230el, 230e2, 230e3, 330el, 330e2, 330e3) in the circumferential direction of the hammer is provided inside a region of an inclined portion between the bottom portion (30c2) and the wall portion in the circumferential direction of the through-hole . a motor ; a spindle rotated by the motor ; an anvil to which the tip tool is attached; and a hammer (30. 130. 230. 330) which converts a toraue of the spindle into a torque and an impact force of the anvil , wherein the hammer includes: a second pawl (30el, 30e2, 130el, 130e2, 130e3, 230el, 230e2, 230e3, 330el, 330e2, 330e3) to be engaged with a first pawl (18dl, 18d2, 118d1, 118d2, 118d3, 218dl, 218d2, 218 d3, 318dl, 318d2, 318d3) of the anvil ; a through-hole through which the spindle passes; a plurality of cam grooves (30al, 30a2) hollowed toward a radially outer side of the through-hole ; a wall portion (30c1) provided between the plurality of cam grooves (30a1, 30a2) in a circumferential direction of the through-hole ; and a bottom portion (30c2) positioned at a center portion of the cam groove (CP) in the circumferential direction of the through-hole , and a second pawl (30el, 30e2, 130el, 130e2, 130e3, 230el, 230e2, 230e3, 330el, 330e2, 330e3) to be engaged with a first pawl (18dl, 18d2, 118d1, 118d2, 118d3, 218dl, 218d2, 218 d3, 318dl, 318d2, 318d3) of the anvil ; a through-hole through which the spindle passes; a plurality of cam grooves (30al, 30a2) hollowed toward a radially outer side of the through-hole ; a wall portion (30c1) provided between the plurality of cam grooves (30a1, 30a2) in a circumferential direction of the through-hole ; and a bottom portion (30c2) positioned at a center portion of the cam groove (CP) in the circumferential direction of the through-hole , and characterized in that the second pawl (30e1, 30e2, 130el, 130e2, 130e3, 230el, 230e2, 230e3, 330el, 330e2, 330e3) in the circumferential direction of the hammer is provided inside a region of an inclined portion between the bottom portion (30c2) and the wall portion in the circumferential direction of the through-hole .
An implant, comprising a body having a bone contact surface and a threaded hole defined through the body and an articulation surface , an expandable stem extending longitudinally from the bone contact surface , the expandable stem comprising two threaded flanges surrounding the threaded hole so that partial threads formed on the threaded flanges form a continuation of threads of the threaded hole defined through the body , wherein the two threaded flanges are expandable from a first diameter to a second diameter, wherein the second diameter is greater than the first diameter; and a screw located in the threaded hole and arranged so as to be rotated between the two threaded flanges and into threaded engagement with the partial threads to thereby expand the flanges , said implant being characterized in that it further comprises at least one positioning stem extending longitudinally from the bone contact surface at a first angle and in that the expandable stem extends a longitudinal distance from the bone contact surface , wherein the longitudinal distance is less than or equal to a thickness of the body between the bone contact surface and the articulation surface . an expandable stem extending longitudinally from the bone contact surface , the expandable stem comprising two threaded flanges surrounding the threaded hole so that partial threads formed on the threaded flanges form a continuation of threads of the threaded hole defined through the body , wherein the two threaded flanges are expandable from a first diameter to a second diameter, wherein the second diameter is greater than the first diameter; and a screw located in the threaded hole and arranged so as to be rotated between the two threaded flanges and into threaded engagement with the partial threads to thereby expand the flanges , said implant being characterized in that it further comprises at least one positioning stem extending longitudinally from the bone contact surface at a first angle and in that the expandable stem extends a longitudinal distance from the bone contact surface , wherein the longitudinal distance is less than or equal to a thickness of the body between the bone contact surface and the articulation surface .
A method for displaying (S2) images in an image album application on a display , wherein the method comprises the steps of: providing a captured (S0) burst of images , comprising at least three images including a defined (S1) main image , and a plurality of defined (S11) pre-images captured before said defined main image in the burst of images; displaying one of said burst of images among a plurality of other images arranged in a grid in an album overview mode of the album application, which grid can be rearranged by a user by at least one of scrolling and zooming; displaying (S2), responsive to detecting user rearrangement of said grid in the album overview mode, the defined pre-images and the defined main image in sequence on the display , wherein the defined pre-images are played back (S3) as a frame-by-frame animation until stopping at the defined main image, and maintaining display (S4) of the defined main image until user input is detected to change to another image or another view. providing a captured (S0) burst of images , comprising at least three images including a defined (S1) main image , and a plurality of defined (S11) pre-images captured before said defined main image in the burst of images; a defined (S1) main image , and a plurality of defined (S11) pre-images captured before said defined main image in the burst of images; displaying one of said burst of images among a plurality of other images arranged in a grid in an album overview mode of the album application, which grid can be rearranged by a user by at least one of scrolling and zooming; displaying (S2), responsive to detecting user rearrangement of said grid in the album overview mode, the defined pre-images and the defined main image in sequence on the display , wherein the defined pre-images are played back (S3) as a frame-by-frame animation until stopping at the defined main image, and maintaining display (S4) of the defined main image until user input is detected to change to another image or another view.
A light-emitting device comprising: a base including a conductive wiring ; a light-emitting element mounted on the base and configured to emit light; a light reflective film provided on an upper surface of the light-emitting element ; and an encapsulant covering the light-emitting element and the light reflective film wherein the encapsulant has an upper surface with a convex curved shape, characterized in that a ratio (H/W) of a height (H) of the encapsulant to a width (W) of a bottom surface of the encapsulant is 0.3 or less. a base including a conductive wiring ; a light-emitting element mounted on the base and configured to emit light; a light reflective film provided on an upper surface of the light-emitting element ; and an encapsulant covering the light-emitting element and the light reflective film wherein the encapsulant has an upper surface with a convex curved shape, characterized in that a ratio (H/W) of a height (H) of the encapsulant to a width (W) of a bottom surface of the encapsulant is 0.3 or less.
A power headroom transmission method, applied to a terminal device that supports use of a first waveform and a second waveform for data transmission, wherein a type of the first waveform is different from that of the second waveform, and the transmission method comprises: determining, by the terminal device , first power headroom information and Δ M , wherein the first power headroom information is used to indicate power headroom of the terminal device in case of data is transmitted by using the first waveform, wherein Δ M is a difference between a first maximum power and a second maximum power, the first maximum power being a maximum power of the terminal device in case of data is transmitted by using the first waveform, the second maximum power being a maximum power of the terminal device in case of data is transmitted by using the second waveform, and wherein Δ M > 0 ; and sending, by the terminal device , the first power headroom information and Δ M to a network device . determining, by the terminal device , first power headroom information and Δ M , wherein the first power headroom information is used to indicate power headroom of the terminal device in case of data is transmitted by using the first waveform, wherein Δ M is a difference between a first maximum power and a second maximum power, the first maximum power being a maximum power of the terminal device in case of data is transmitted by using the first waveform, the second maximum power being a maximum power of the terminal device in case of data is transmitted by using the second waveform, and wherein Δ M > 0 ; and sending, by the terminal device , the first power headroom information and Δ M to a network device .
Winding support for an electrical machine which is designed as a laminated core and has a plurality of pole teeth which each have a pole foot around which a winding can be arranged, wherein the pole feet have an increasing width starting from the end sides of the laminated core, characterized in that groups of laminations with the same width are combined in the laminated core.
A display film comprising: a transparent polymeric substrate layer having an 0.2% offset yield stress greater than 110 MPa; and a transparent aliphatic cross-linked polyurethane layer having a thickness of 100 micrometers or less disposed on the transparent polymeric substrate layer, the transparent aliphatic cross-linked polyurethane layer having a glass transition temperature in a range from 11 to 27 degrees Celsius and a Tan Delta peak value in a range from 0.5 to 2.5; the display film having a haze value of 2% or less, wherein the display film exhibits a visible light transmission of 85% or greater, wherein the visible light spectrum comprises wavelengths of 380 to 750 nanometers; wherein the 0.2% offset yield stress is determined from the stress strain curves following the procedures defined in section A2.6 of ASTM D638-14; the glass transition temperature refers to the "on-set" glass transition temperature by DSC and is measured according to ASTM E1356-08 ; the Tan Delta peak value is measured according to the DMA analysis described in the description; and the haze is measured according to ASTM D1003-00. a transparent polymeric substrate layer having an 0.2% offset yield stress greater than 110 MPa; and a transparent aliphatic cross-linked polyurethane layer having a thickness of 100 micrometers or less disposed on the transparent polymeric substrate layer, the transparent aliphatic cross-linked polyurethane layer having a glass transition temperature in a range from 11 to 27 degrees Celsius and a Tan Delta peak value in a range from 0.5 to 2.5; the display film having a haze value of 2% or less, wherein the display film exhibits a visible light transmission of 85% or greater, wherein the visible light spectrum comprises wavelengths of 380 to 750 nanometers; wherein the 0.2% offset yield stress is determined from the stress strain curves following the procedures defined in section A2.6 of ASTM D638-14; the glass transition temperature refers to the "on-set" glass transition temperature by DSC and is measured according to ASTM E1356-08 ; the Tan Delta peak value is measured according to the DMA analysis described in the description; and the haze is measured according to ASTM D1003-00.
A wind energy installation which comprises a tower and a foundation , wherein the tower comprises a lower connecting flange with a number of openings, and wherein the foundation comprises a number of connecting elements which project from an upper side of the foundation and, in the assembled state of the tower , pass through at least some of the openings of the connecting flange , comprising a load distribution system with a first load distribution ring and with a second load distribution ring , wherein the connecting elements pass through the load distribution rings in the assembled state of the tower , wherein the first load distribution ring is placed at least indirectly on the upper side of the foundation , wherein the second load distribution ring is arranged immediately adjacent to the connecting flange of the tower and the two load distribution rings are arranged immediately adjacent to one another, and wherein the first load distribution ring and the second load distribution ring are each segmented in the circumferential direction (R), i. e. are made up of a plurality of individual segments (18a .... 18h, 20a ... 20h), wherein the lower connecting flange is a T-flange and / or first segments (18a ... 18h) of the first load distribution ring and second segments (20a ... 20h) of the second load distribution ring are arranged offset with respect to one another in the circumferential direction (R) in such a way that first joints between the first segments (18a ... 18h) of the first load distribution ring and second joints between the second segments (20a ... 20h) of the second load distribution ring are offset with respect to one another along the circumference of the load distribution rings .
A coalescent ink, comprising: a conjugated polymer; a colorant imparting a visible color to the coalescent ink; and an ink vehicle comprising a high boiling point co-solvent having a boiling point of 250 °C or greater, the high boiling point co-solvent present in an amount from about 1 wt% to about 4 wt% with respect to the coalescent ink. a conjugated polymer; a colorant imparting a visible color to the coalescent ink; and an ink vehicle comprising a high boiling point co-solvent having a boiling point of 250 °C or greater, the high boiling point co-solvent present in an amount from about 1 wt% to about 4 wt% with respect to the coalescent ink.
Motor vehicle seat headrest , said headrest comprising: - a mounting frame on a backrest of said seat, - a mounting structure for a loudspeaker , said structure being associated in the upper portion of said frame, - said loudspeaker associated with said structure, - a block of elastically compressible padding material covering said structure, said block being provided with a conduit intended to allow the sound emitted by said loudspeaker to propagate, said conduit opening on the one hand towards said loudspeaker and on the other hand outwards, - a covering cover fitted over said block, said cover being provided with an orifice positioned facing said conduit, - a grating for covering said orifice, said grating comprising a peripheral overhang covering a peripheral strip of said cover extending at the periphery of said orifice, a thickness of said padding material extending in alignment with said strip, said headrest further comprising a washer for stiffening said strip, said washer having an internal periphery of geometry analogous to that of said orifice, said overhang extending facing said washer. - a mounting frame on a backrest of said seat, - a mounting structure for a loudspeaker , said structure being associated in the upper portion of said frame, - said loudspeaker associated with said structure, - a block of elastically compressible padding material covering said structure, said block being provided with a conduit intended to allow the sound emitted by said loudspeaker to propagate, said conduit opening on the one hand towards said loudspeaker and on the other hand outwards, - a covering cover fitted over said block, said cover being provided with an orifice positioned facing said conduit, - a grating for covering said orifice, said grating comprising a peripheral overhang covering a peripheral strip of said cover extending at the periphery of said orifice, a thickness of said padding material extending in alignment with said strip,
A method for verifying a property of plaintext using ciphertext, the method comprising: receiving, by a trusted execution environment (TEE) of a computing device, the ciphertext; decrypting, by the TEE, the ciphertext to generate the plaintext using a private encryption key of an encryption key pair comprising a public encryption key and the private encryption key; generating, by the TEE, a validation result verifying a property of the plaintext; generating, by the TEE, a digitally signed validation result by encrypting the validation result using a private signing key of a signing key pair comprising a public signing key and the private signing key, the private signing key retrieved from secure memory of the computing device, the secure memory being only accessible by the TEE; and transmitting, by the computing device, the digitally signed validation result. receiving, by a trusted execution environment (TEE) of a computing device, the ciphertext; decrypting, by the TEE, the ciphertext to generate the plaintext using a private encryption key of an encryption key pair comprising a public encryption key and the private encryption key; generating, by the TEE, a validation result verifying a property of the plaintext; generating, by the TEE, a digitally signed validation result by encrypting the validation result using a private signing key of a signing key pair comprising a public signing key and the private signing key, the private signing key retrieved from secure memory of the computing device, the secure memory being only accessible by the TEE; and transmitting, by the computing device, the digitally signed validation result.
A light device for vehicle comprising: an emitting module comprising a main emitting element and two secondary emitting elements bilaterally arranged beside the main emitting element for light compensation; a light condensing lens ; a light guide , deployed with hollow columns defining a light incident side and a light output side away from each other, the emitting module and the light condensing lens being respectively mounted on the light incident side and the light output side; and a quantity and position of the hollow columns of the light guide corresponding to the quantity and position of the emitting elements , characterized in that the light guide is composed of at least two chassis , and each of the chassis has a plurality of adjacent side walls assembling the hollow columns of the light guide , wherein a solid column is deployed in the hollow columns of the light guide for light blending and for structural supporting purposes avoiding possible overheated deformation. an emitting module comprising a main emitting element and two secondary emitting elements bilaterally arranged beside the main emitting element for light compensation; a light condensing lens ; a light guide , deployed with hollow columns defining a light incident side and a light output side away from each other, the emitting module and the light condensing lens being respectively mounted on the light incident side and the light output side; and a quantity and position of the hollow columns of the light guide corresponding to the quantity and position of the emitting elements , characterized in that the light guide is composed of at least two chassis , and each of the chassis has a plurality of adjacent side walls assembling the hollow columns of the light guide , wherein a solid column is deployed in the hollow columns of the light guide for light blending and for structural supporting purposes avoiding possible overheated deformation.