mhurhangee/patent-ind-claim-en huggingface dataset:
A coated abrasive disc comprising: a disc backing; an abrasive layer disposed on the disc backing, wherein the abrasive layer comprises abrasive elements secured to a major surface of the disc backing by at least one binder material, wherein the abrasive elements are disposed at contiguous intersections of horizontal lines and vertical lines of a rectangular grid pattern, wherein at least 70 percent of the intersections have one of the abrasive elements disposed thereat, wherein each of the abrasive elements has two triangular abrasive platelets, wherein each of the triangular abrasive platelets has respective top and bottom surfaces connected to each other, and separated by, three sidewalls, wherein, on a respective basis, one sidewall of at least 90 percent of the triangular abrasive platelets is disposed facing and proximate to the disc backing, wherein a first portion of the abrasive elements is arranged in alternating first rows wherein the triangular abrasive platelets in the first row are disposed lengthwise aligned within 10 degrees of the vertical lines, wherein a second portion of the abrasive elements is arranged in alternating second rows wherein the triangular abrasive platelets in the second row are disposed lengthwise aligned within 10 degrees of the horizontal lines, and wherein the first and second rows repeatedly alternate along the vertical lines. a disc backing; an abrasive layer disposed on the disc backing, wherein the abrasive layer comprises abrasive elements secured to a major surface of the disc backing by at least one binder material, wherein the abrasive elements are disposed at contiguous intersections of horizontal lines and vertical lines of a rectangular grid pattern, wherein at least 70 percent of the intersections have one of the abrasive elements disposed thereat, wherein each of the abrasive elements has two triangular abrasive platelets, wherein each of the triangular abrasive platelets has respective top and bottom surfaces connected to each other, and separated by, three sidewalls, wherein, on a respective basis, one sidewall of at least 90 percent of the triangular abrasive platelets is disposed facing and proximate to the disc backing, wherein a first portion of the abrasive elements is arranged in alternating first rows wherein the triangular abrasive platelets in the first row are disposed lengthwise aligned within 10 degrees of the vertical lines, wherein a second portion of the abrasive elements is arranged in alternating second rows wherein the triangular abrasive platelets in the second row are disposed lengthwise aligned within 10 degrees of the horizontal lines, and wherein the first and second rows repeatedly alternate along the vertical lines.
A cartridge for an electronic vaping device , the cartridge comprising: a vaporizer assembly configured to form a generated vapor ; and an additive assembly in fluid communication with the vaporizer assembly , the additive assembly including an adsorbent material including adsorbed carbon dioxide, the adsorbent material configured to release the carbon dioxide into the generated vapor based on at least a portion of the generated vapor adsorbing on the adsorbent material and displacing at least some of the carbon dioxide from the adsorbent material , the adsorbent material further configured to generate heat based on at least a portion of the generated vapor adsorbing on the adsorbent material and displacing at least some of the carbon dioxide from the adsorbent material . a vaporizer assembly configured to form a generated vapor ; and an additive assembly in fluid communication with the vaporizer assembly , the additive assembly including an adsorbent material including adsorbed carbon dioxide, the adsorbent material configured to release the carbon dioxide into the generated vapor based on at least a portion of the generated vapor adsorbing on the adsorbent material and displacing at least some of the carbon dioxide from the adsorbent material , the adsorbent material further configured to generate heat based on at least a portion of the generated vapor adsorbing on the adsorbent material and displacing at least some of the carbon dioxide from the adsorbent material .
Device for cleaning a set of teeth, comprising: - a handle , - a drive arranged on or in the handle , and - a cleaning member connected movably to the handle and drivably to the drive , wherein the cleaning member : - extends substantially in line with a longitudinal axis (L) of the handle , - is connected releasably to the handle , and - comprises a conical brush that is rotatably about this longitudinal axis (L) of the handle , characterized in that : - the device further comprises a protection against overloading arranged between the cleaning member and the drive , and - the drive is continuously rotatable in two directions and controlled by a switch . - a handle , - a drive arranged on or in the handle , and - a cleaning member connected movably to the handle and drivably to the drive , - extends substantially in line with a longitudinal axis (L) of the handle , - is connected releasably to the handle , and - comprises a conical brush that is rotatably about this longitudinal axis (L) of the handle , - the device further comprises a protection against overloading arranged between the cleaning member and the drive , and - the drive is continuously rotatable in two directions and controlled by a switch .
An inkjet recording method comprising: attaching ink to a recording region of a recording medium by ejecting an ink composition from a head; and heating the recording medium to which the ink composition is attached, wherein the ink composition is a water-based ink composition including a resin and an amide compound represented by General Formula as an organic solvent; in Formula , R 1 represents a linear or branched alkyl group having 1 to 6 carbon atoms; R 2 and R 3 represent each independently H or a linear or branched alkyl group having 1 to 4 carbon atoms; in the heating, the organic solvent in the recording region of the recording medium is dried to be present at an amount of 0.31 mg/cm 2 (2.0 mg/inch 2 ) or less; and (i) the recording medium is heated to a temperature of 90°C or more and 120°C or less; or (ii) the heating is performed using one or more types of radiation and blowing; a content of the amide compound represented by general Formula is from 5.0% by mass or more and 50% by mass or less with respect to the total mass of the ink composition; and wherein a region is formed in the recording region in which the attachment amount of the ink composition is provided in an amount of 1.09 mg/cm 2 (7.0 mg/inch 2 ) or more and 5.43 mg/cm 2 (35.0 mg/inch 2 ) or less. attaching ink to a recording region of a recording medium by ejecting an ink composition from a head; and heating the recording medium to which the ink composition is attached, wherein the ink composition is a water-based ink composition including a resin and an amide compound represented by General Formula as an organic solvent; in Formula , R 1 represents a linear or branched alkyl group having 1 to 6 carbon atoms; R 2 and R 3 represent each independently H or a linear or branched alkyl group having 1 to 4 carbon atoms; in the heating, the organic solvent in the recording region of the recording medium is dried to be present at an amount of 0.31 mg/cm 2 (2.0 mg/inch 2 ) or less; and (i) the recording medium is heated to a temperature of 90°C or more and 120°C or less; or (ii) the heating is performed using one or more types of radiation and blowing; (i) the recording medium is heated to a temperature of 90°C or more and 120°C or less; or (ii) the heating is performed using one or more types of radiation and blowing; a content of the amide compound represented by general Formula is from 5.0% by mass or more and 50% by mass or less with respect to the total mass of the ink composition; and wherein a region is formed in the recording region in which the attachment amount of the ink composition is provided in an amount of 1.09 mg/cm 2 (7.0 mg/inch 2 ) or more and 5.43 mg/cm 2 (35.0 mg/inch 2 ) or less.
A service plug comprising: a first connector housing that accommodates a first terminal extending in a predetermined direction; a second connector housing that accommodates a second terminal facing the first terminal and extending in a direction the same as that of the first terminal , and the second connector housing being engaged to the first connector housing ; and a lever that is rotatably provided about a rotation shaft provided on the second connector housing , that is provided with a cam groove into which a cam pin provided on the first connector housing is engaged, and that brings the second connector housing into a disengagement state when the lever is in a first operation position where the cam pin is located at a terminal end (E) of the cam groove and brings the second connector housing into an engagement state when the lever is in a second operation position where the cam pin is located at the other end of the cam groove by cooperation of the cam pin and the cam groove , wherein when the lever is in the first operation position, the lever has, at the terminal end (E) of the cam groove , a stopping wall that prevents the cam pin within the cam groove from falling in a direction in which the second connector housing makes a transition from the engagement state to the disengagement state, characterized in that the terminal end (E) of the cam groove is closed by the stopping wall , such that the cam pin does not come out from the cam groove . a first connector housing that accommodates a first terminal extending in a predetermined direction; a second connector housing that accommodates a second terminal facing the first terminal and extending in a direction the same as that of the first terminal , and the second connector housing being engaged to the first connector housing ; and a lever that is rotatably provided about a rotation shaft provided on the second connector housing , that is provided with a cam groove into which a cam pin provided on the first connector housing is engaged, and that brings the second connector housing into a disengagement state when the lever is in a first operation position where the cam pin is located at a terminal end (E) of the cam groove and brings the second connector housing into an engagement state when the lever is in a second operation position where the cam pin is located at the other end of the cam groove by cooperation of the cam pin and the cam groove , wherein when the lever is in the first operation position, the lever has, at the terminal end (E) of the cam groove , a stopping wall that prevents the cam pin within the cam groove from falling in a direction in which the second connector housing makes a transition from the engagement state to the disengagement state, characterized in that the terminal end (E) of the cam groove is closed by the stopping wall , such that the cam pin does not come out from the cam groove .
Arrangement having two connection devices and having a stud terminal which has a stud , wherein the two connection devices are arranged on the stud of the stud terminal , and wherein the two connection devices , for connecting at least in each case one electrical conductor to the stud terminal , have in each case one contact element , which has a connecting portion for attachment to the stud of the stud terminal , and have in each one housing , which has at least one plug-in opening for plugging-in of an electrical conductor , wherein the contact element has a contact portion and the contact portion of the contact element is able to brought into contact electrically with an electrical conductor that has been plugged into the at least one plug-in opening .
A composition comprising an IL-13Rα2 peptide for use in a method of treating, preventing, or managing cancer in a subject in need thereof comprising (i) administering said composition to said subject and (ii) measuring the amount of cancer stem cells in said subject. (i) administering said composition to said subject and (ii) measuring the amount of cancer stem cells in said subject.
A robot cleaner comprising: a main body including wheels configured to rotate about a rotation axis; a brush device provided in the main body to suck air containing dust; a first chamber through which the air sucked in through the brush device is introduced and provided to change a traveling direction of the introduced air; and a second chamber connected to the first chamber and including a dust separator configured to separate dust contained in air that is introduced into the second chamber from the first chamber, characterized in that the second chamber is arranged side by side with the first chamber in a direction in which the rotation axis extends such that the rotational axis intersects the first chamber and the second chamber, and in that the dust separator includes a plurality of cyclone units arranged in two or more rows along a first direction in which the rotation axis extends. a main body including wheels configured to rotate about a rotation axis; a brush device provided in the main body to suck air containing dust; a first chamber through which the air sucked in through the brush device is introduced and provided to change a traveling direction of the introduced air; and a second chamber connected to the first chamber and including a dust separator configured to separate dust contained in air that is introduced into the second chamber from the first chamber, characterized in that the second chamber is arranged side by side with the first chamber in a direction in which the rotation axis extends such that the rotational axis intersects the first chamber and the second chamber, and in that the dust separator includes a plurality of cyclone units arranged in two or more rows along a first direction in which the rotation axis extends. the second chamber is arranged side by side with the first chamber in a direction in which the rotation axis extends such that the rotational axis intersects the first chamber and the second chamber, and in that the dust separator includes a plurality of cyclone units arranged in two or more rows along a first direction in which the rotation axis extends.
A method in a wireless network element of transmitting a transport block, the method comprising: determining a modulation coding scheme for a transmission of the transport block; determining a category type of a wireless device that will transmit or receive the transport block; determining , using the category type of the wireless device, an encoding soft buffer size, N IR , for the transport block; characterized by , adjusting , when the wireless device is configured to support 256QAM, the encoding soft buffer size, N IR , by a factor K H , where K H equals 4/3 or 1; encoding the transport block according to the determined modulation coding scheme and the adjusted encoding soft buffer size; and transmitting the transport block. determining a modulation coding scheme for a transmission of the transport block; determining a category type of a wireless device that will transmit or receive the transport block; determining , using the category type of the wireless device, an encoding soft buffer size, N IR , for the transport block; characterized by , adjusting , when the wireless device is configured to support 256QAM, the encoding soft buffer size, N IR , by a factor K H , where K H equals 4/3 or 1; encoding the transport block according to the determined modulation coding scheme and the adjusted encoding soft buffer size; and transmitting the transport block.
A trailer detection system configured to determine a presence of a trailer towed by a host vehicle , said system comprising: a camera used to capture images of an area behind the host vehicle ; an angle detector configured to determine a trailer angle ; and a controller in communication with the camera , characterized in that said controller is configured to detect a position of edges in the images and determine that the edges are associated with a front of a trailer towed by the host vehicle when the position of tracked edges moves less than a movement threshold in any direction, wherein the movement threshold corresponds to a predetermined pixel count; in accordance with the determination that the edges are associated with the front of the trailer , the controller is further configured to adjust the movement threshold for the tracked edges based on the trailer angle so that the tracked edges are determined by the controller to remain associated with the front of the trailer ; the controller is further configured to determine a trailer height based on the position of edges associated with the front of the trailer . a camera used to capture images of an area behind the host vehicle ; an angle detector configured to determine a trailer angle ; and a controller in communication with the camera , characterized in that said controller is configured to detect a position of edges in the images and determine that the edges are associated with a front of a trailer towed by the host vehicle when the position of tracked edges moves less than a movement threshold in any direction, wherein the movement threshold corresponds to a predetermined pixel count; in accordance with the determination that the edges are associated with the front of the trailer , the controller is further configured to adjust the movement threshold for the tracked edges based on the trailer angle so that the tracked edges are determined by the controller to remain associated with the front of the trailer ; the controller is further configured to determine a trailer height based on the position of edges associated with the front of the trailer .
A satellite communication system , comprising: a first satellite in a geostationary orbit; and a plurality of second satellites , each of the second satellites in a separate orbit with time-dependent projection on ground, wherein the first satellite is adapted to communicate with one or more user terminals and to communicate with each of the plurality of second satellites via a respective inter-satellite communication link , characterized in that each of the second satellites is adapted to communicate with a plurality of feeder link stations , wherein at least two of the plurality of second satellites are spatially separated from each other by such amount that allows for full or partial frequency re-use in the communication of the first satellite with these at least two second satellites . a first satellite in a geostationary orbit; and a plurality of second satellites , each of the second satellites in a separate orbit with time-dependent projection on ground, wherein the first satellite is adapted to communicate with one or more user terminals and to communicate with each of the plurality of second satellites via a respective inter-satellite communication link , characterized in that each of the second satellites is adapted to communicate with a plurality of feeder link stations , wherein at least two of the plurality of second satellites are spatially separated from each other by such amount that allows for full or partial frequency re-use in the communication of the first satellite with these at least two second satellites .
- A panoramic observation system for a platform, the observation system comprising: - a support with several distinct positions, - a sensor having an optical system with a field that is at least hemispherical, the sensor being able to capture images of part of the environment of the platform, the sensor being integral with the support and a pupil (P) having a pupillary surface being defined for the sensor , - a computer adapted to process the images that the sensor is able to capture, and - a device for holding the sensor , the holding device comprising holding elements positioned in the field of the optical system , the holding elements being configured so that, in all the positions of the sensor , the apparent surface of the holding elements on the pupil (P) of the sensor is strictly less than the pupillary surface, each holding element comprising two holding bars delimiting an at least partially transparent interior space . - a support with several distinct positions, - a sensor having an optical system with a field that is at least hemispherical, the sensor being able to capture images of part of the environment of the platform, the sensor being integral with the support and a pupil (P) having a pupillary surface being defined for the sensor , - a computer adapted to process the images that the sensor is able to capture, and - a device for holding the sensor , the holding device comprising holding elements positioned in the field of the optical system , the holding elements being configured so that, in all the positions of the sensor , the apparent surface of the holding elements on the pupil (P) of the sensor is strictly less than the pupillary surface, each holding element comprising two holding bars delimiting an at least partially transparent interior space .
A method for virtual address translation, the method comprising: receiving, by a memory management unit, MMU , a request to translate a virtual memory address to a physical memory address; searching, by the MMU, based on the virtual memory address, a translation lookaside buffer, TLB , for a translation to the physical memory address; in response to the translation not being found in the TLB and a domain identification being found in the TLB, wherein the domain identification identifies an address space for a virtual machine: fetching the domain identification from the TLB; searching, by the MMU, based on the domain identification, an external memory translation lookaside buffer, EMTLB , for the translation; performing, by a page table walker, PTW , a page table walk to retrieve the translation from a page table; in response to the translation being found in the EMTLB, aborting the page table walk and returning the physical memory address; and in response to the translation not being found in the EMTLB, returning the physical memory address based on the page table walk. receiving, by a memory management unit, MMU , a request to translate a virtual memory address to a physical memory address; searching, by the MMU, based on the virtual memory address, a translation lookaside buffer, TLB , for a translation to the physical memory address; in response to the translation not being found in the TLB and a domain identification being found in the TLB, wherein the domain identification identifies an address space for a virtual machine: fetching the domain identification from the TLB; searching, by the MMU, based on the domain identification, an external memory translation lookaside buffer, EMTLB , for the translation; performing, by a page table walker, PTW , a page table walk to retrieve the translation from a page table; in response to the translation being found in the EMTLB, aborting the page table walk and returning the physical memory address; and in response to the translation not being found in the EMTLB, returning the physical memory address based on the page table walk. fetching the domain identification from the TLB; searching, by the MMU, based on the domain identification, an external memory translation lookaside buffer, EMTLB , for the translation; performing, by a page table walker, PTW , a page table walk to retrieve the translation from a page table; in response to the translation being found in the EMTLB, aborting the page table walk and returning the physical memory address; and in response to the translation not being found in the EMTLB, returning the physical memory address based on the page table walk.
Process for preparing a catalyst which comprises a carrier on which a metal is supported, said process comprising drying the carrier by contacting the carrier with a drying agent which comprises an organic carbonate resulting in a dried carrier; and impregnating the dried carrier with a solution wherein a compound containing the metal is dissolved in a solvent which is an organic carbonate or an alcohol.