mhurhangee/ep-ind-claims huggingface dataset:
A strain wave gearing (1; 31; 120, 140; 160) comprising: a rigid gear (2; 32; 122, 142; 162); a flexible gear (2; 33; 123, 143; 163) meshing with the rigid gear (2; 32; 122, 142; 162); and a wave generator (4; 34; 124, 144; 164) for flexing the flexible gear (2; 33; 123, 143; 163) into a non-circular shape to form a meshing portion (5a, 5b; 35a, 35b; 125a, 125b, 145a, 145b; 165a, 165b) thereof meshing with the rigid gear (2; 32; 122, 142; 162) and for moving the meshing portion (5a, 5b; 35a, 35b; 125a, 125b, 145a, 145b; 165a, 165b) in a circumferential direction of the rigid gear (2; 32; 122, 142; 162), wherein the wave generator (4; 34; 124, 144; 164) is configured so that it flexes the flexible gear (2; 33; 123, 143; 163) to form the meshing portion (5a, 5b; 35a, 35b; 125a, 125b, 145a, 145b; 165a, 165b) on at least two positions at equal angular intervals in a circumferential direction of the flexible gear (2; 33; 123, 143; 163), characterized in that the meshing portions (5a, 5b; 35a, 35b; 125a, 125b, 145a, 145b; 165a, 165b) formed on at least the two locations have different shapes from one another. a rigid gear (2; 32; 122, 142; 162); a flexible gear (2; 33; 123, 143; 163) meshing with the rigid gear (2; 32; 122, 142; 162); and a wave generator (4; 34; 124, 144; 164) for flexing the flexible gear (2; 33; 123, 143; 163) into a non-circular shape to form a meshing portion (5a, 5b; 35a, 35b; 125a, 125b, 145a, 145b; 165a, 165b) thereof meshing with the rigid gear (2; 32; 122, 142; 162) and for moving the meshing portion (5a, 5b; 35a, 35b; 125a, 125b, 145a, 145b; 165a, 165b) in a circumferential direction of the rigid gear (2; 32; 122, 142; 162), wherein the wave generator (4; 34; 124, 144; 164) is configured so that it flexes the flexible gear (2; 33; 123, 143; 163) to form the meshing portion (5a, 5b; 35a, 35b; 125a, 125b, 145a, 145b; 165a, 165b) on at least two positions at equal angular intervals in a circumferential direction of the flexible gear (2; 33; 123, 143; 163), characterized in that the meshing portions (5a, 5b; 35a, 35b; 125a, 125b, 145a, 145b; 165a, 165b) formed on at least the two locations have different shapes from one another.
A method for the preparation of compound of formula with two subsequent reactions REAC1 and REAC2; in the first reaction REAC1 salicylamide is reacted with diethylcarbonate in the presence of an alkali ethoxide to provide compound of formula (3-X) in the second reaction REAC2 compound of formula (3-X) obtained from REAC1 is reacted with a Bronsted acid to provide compound of formula; Xis Na or K; the alkali ethoxide is NaOEt or KOEt. with two subsequent reactions REAC1 and REAC2; in the first reaction REAC1 salicylamide is reacted with diethylcarbonate in the presence of an alkali ethoxide to provide compound of formula (3-X) in the second reaction REAC2 compound of formula (3-X) obtained from REAC1 is reacted with a Bronsted acid to provide compound of formula; Xis Na or K; the alkali ethoxide is NaOEt or KOEt.
Method for cleaning a pool comprising a bottom and N vertical walls (53, 54) by means of a robot comprising a contact detector and a chassis, on which a set of left-hand wheels and a set of right-hand wheels are mounted, each set being rotated by a motor (108, 110) controlled by a control unit, the cleaning method comprising: - a step of adjusting during which the control unit controls the motors (108, 110) to adjust the robot against the vertical wall of rank n=1, - a step of advancing during which the control unit controls the motors (108, 110) to advance the robot along the vertical wall of rank n until the detection of the vertical wall of rank n+1 by the contact detector, - a step of releasing during which the control unit controls the motors (108, 110) to withdraw the robot over a release distance in order to be released from the vertical wall of rank n+1, - a step of rotation during which the control unit controls the motors (108, 110) to make the robot rotate on itself in order to be adjusted against the vertical wall of rank n+1, - a step of testing during which the control unit checks whether n is equal to N, when n is different from N, the cleaning method further comprises: - a step of incrementing during which the control unit increments the value of n by "1", and - a step of looping during which the cleaning method loops onto the step of advancing, when n is equal to N, the cleaning method continues with: - a step of finishing during which the control unit controls the motors (108, 110) to advance the robot along the vertical wall of rank "1" until the detection of the vertical wall of rank "2" by the contact detector, and - a step of stopping. - a step of adjusting during which the control unit controls the motors (108, 110) to adjust the robot against the vertical wall of rank n=1, - a step of advancing during which the control unit controls the motors (108, 110) to advance the robot along the vertical wall of rank n until the detection of the vertical wall of rank n+1 by the contact detector, - a step of releasing during which the control unit controls the motors (108, 110) to withdraw the robot over a release distance in order to be released from the vertical wall of rank n+1, - a step of rotation during which the control unit controls the motors (108, 110) to make the robot rotate on itself in order to be adjusted against the vertical wall of rank n+1, - a step of testing during which the control unit checks whether n is equal to N, - a step of incrementing during which the control unit increments the value of n by "1", and - a step of looping during which the cleaning method loops onto the step of advancing, - a step of finishing during which the control unit controls the motors (108, 110) to advance the robot along the vertical wall of rank "1" until the detection of the vertical wall of rank "2" by the contact detector, and - a step of stopping.
A method for dynamically adjusting a frame rate of a display (108,114;208;302) by an image rendering unit in a device (102;200;300), the device comprising the image rendering unit for communication with the display, the method comprising: determining an image frame rate of content to be provided to the display (108,114;208;302) based on a rate at which a content source provides frames; and characterized by: receiving, from the display, information regarding dynamic frame rate capabilities of the display (108,114;208;302); providing the content to the display (108,114;208;302) at an updated frame rate based on the image frame rate and the dynamic frame rate capabilities of the display; and wherein receiving, from the display, information regarding dynamic frame rate capabilities of the display comprises receiving data including data regarding an allowed range of the display refresh rate and a preferred method of dynamically adjusting the refresh rate and wherein providing the content to the display comprises providing the content to the display at the updated frame rate based on the data received from the display, regarding an allowed range of the display refresh rate and on a preferred method of dynamically adjusting the refresh rate.. determining an image frame rate of content to be provided to the display (108,114;208;302) based on a rate at which a content source provides frames; and characterized by: receiving, from the display, information regarding dynamic frame rate capabilities of the display (108,114;208;302); providing the content to the display (108,114;208;302) at an updated frame rate based on the image frame rate and the dynamic frame rate capabilities of the display; and wherein receiving, from the display, information regarding dynamic frame rate capabilities of the display comprises receiving data including data regarding an allowed range of the display refresh rate and a preferred method of dynamically adjusting the refresh rate and wherein providing the content to the display comprises providing the content to the display at the updated frame rate based on the data received from the display, regarding an allowed range of the display refresh rate and on a preferred method of dynamically adjusting the refresh rate.. receiving, from the display, information regarding dynamic frame rate capabilities of the display (108,114;208;302); providing the content to the display (108,114;208;302) at an updated frame rate based on the image frame rate and the dynamic frame rate capabilities of the display; and wherein receiving, from the display, information regarding dynamic frame rate capabilities of the display comprises receiving data including data regarding an allowed range of the display refresh rate and a preferred method of dynamically adjusting the refresh rate and wherein providing the content to the display comprises providing the content to the display at the updated frame rate based on the data received from the display, regarding an allowed range of the display refresh rate and on a preferred method of dynamically adjusting the refresh rate..
A method for cell reselection by a terminal (805, 810) in a wireless communication system, the method comprising: receiving a system information block, SIB, including information related to the cell reselection; applying a cell reselection rule based on the information related to the cell reselection; performing intra-frequency measurement or inter-frequency measurement based on a result of the applying and a timer for an enhanced coverage in case that the terminal is in the enhanced coverage; identifying a cell reselection criterion based on the performed measurement; and performing the cell reselection based on the identified cell reselection criterion, irrespective of a configured frequency priority, while the terminal is in the enhanced coverage. receiving a system information block, SIB, including information related to the cell reselection; applying a cell reselection rule based on the information related to the cell reselection; performing intra-frequency measurement or inter-frequency measurement based on a result of the applying and a timer for an enhanced coverage in case that the terminal is in the enhanced coverage; identifying a cell reselection criterion based on the performed measurement; and performing the cell reselection based on the identified cell reselection criterion, irrespective of a configured frequency priority, while the terminal is in the enhanced coverage.
A method comprising: storing, at a source device, a plurality of preconfigured report formats, wherein each of the preconfigured report formats is associated with a different type of human input device, HID; receiving, at the source device, one or more Internet Protocol, IP, packets from a sink device, the one or more IP packets comprising a HID command, HIDC, input report; identifying, based on data in the one or more IP packets, one of the preconfigured report formats; parsing the HIDC input report based on the identified preconfigured report format in order to determine a user input; generating media data in response to the user input; and sending the media data from the source device to the sink device; wherein storing the plurality of preconfigured report formats comprises storing the plurality of preconfigured report formats prior to establishing a user input back channel, UIBC, and wherein the one or more IP packets comprise a UIBC message sent via the UIBC, the UIBC message comprising the HIDC input report. storing, at a source device, a plurality of preconfigured report formats, wherein each of the preconfigured report formats is associated with a different type of human input device, HID; receiving, at the source device, one or more Internet Protocol, IP, packets from a sink device, the one or more IP packets comprising a HID command, HIDC, input report; identifying, based on data in the one or more IP packets, one of the preconfigured report formats; parsing the HIDC input report based on the identified preconfigured report format in order to determine a user input; generating media data in response to the user input; and sending the media data from the source device to the sink device; wherein storing the plurality of preconfigured report formats comprises storing the plurality of preconfigured report formats prior to establishing a user input back channel, UIBC, and wherein the one or more IP packets comprise a UIBC message sent via the UIBC, the UIBC message comprising the HIDC input report.
An interlocking and interchangeable ring system made of durable and formable materials, said interlocking and interchangeable ring system comprising: (a) a center ring, with a specific locking shape configured at the top of said center ring, the center ring in various mounting styles; and (b) a jacket, with a locking aperture at the top of said jacket, said locking aperture configured in the same specific locking shape as the center ring, wherein said jacket has two outer bands connected by straps, wherein two straps thereof are arranged at said bottom of said jacket and form a bottom aperture for receiving a portion of the center ring; said center ring being closed at its bottom, wherein the interlocking and interchangeable ring system provides an interchangeable, stylish combination of interlocking jackets and center rings; characterized in that said jacket has a bottom notch at its bottom for the center ring. (a) a center ring, with a specific locking shape configured at the top of said center ring, the center ring in various mounting styles; and (b) a jacket, with a locking aperture at the top of said jacket, said locking aperture configured in the same specific locking shape as the center ring, wherein said jacket has two outer bands connected by straps, wherein two straps thereof are arranged at said bottom of said jacket and form a bottom aperture for receiving a portion of the center ring; said center ring being closed at its bottom, wherein the interlocking and interchangeable ring system provides an interchangeable, stylish combination of interlocking jackets and center rings; characterized in that said jacket has a bottom notch at its bottom for the center ring.
Ablative material for thermal protection of a surface of a space craft, made from a mixture of composition suitable for heat fluxes in the range of 0.5 to 10 MW/m 2, characterized in that it comprises a resin with a coke content greater than 50%, that is to say the amount of carbon obtained by heating at 1000°C in a neutral atmosphere, such as under nitrogen, of which the weight percentage in the mixture is from 10% to 30%, cork granules and refractory fibres between 0.4 mm and 4 mm in length, selected from the group consisting of carbon and alumina, the proportion of cork granules in the mixture corresponding to a weight percentage of 50% to 80% and for which the proportion of refractory fibres as a supplement corresponds to a weight percentage in the mixture of 1% to 11%, the material being devoid of microsphere fillers and being pressed into a mould so as to have a density after degassing of 0.35 to 0.41.
Perforation tool for an apparatus for the machine production of a cushioning product to be formed from a single- or multi-ply paper strip, wherein the perforation tool is designed to introduce a perforation in the cushioning product, characterized in that the perforation tool comprises at least one perforation nose (45a, 45b) and at least one perforation reception, wherein the at least one perforation nose (45a, 45b) and the at least one perforation reception are attributed to each other in such a way that the at least one perforation nose (45a, 45b) can move in and out with respect to the at least one perforation reception, and at least one stripper being attributed to the at least one perforation nose (45a, 45b) and/or the at least one perforation reception in such a way that perforated cushioning product is removed by the at least one perforation nose (45a, 45b) and/or the at least one perforation reception on moving out, wherein in a passive state of the at least one stripper an engagement section of the at least one perforation nose (45a, 45b) and/or the at least one perforation reception is at least partly surrounded, wherein the at least one stripper is brought into an active state when moving in and can push off material of the paper strip self-actingly from the at least on perforation nose (45a, 45b) when moving out of the at least one stripper on transition from its active state into the passive state.
A device for fastening a breathing mask on a helmet, having a front end portion intended to be mounted on the mask, and a rear end portion intended to be mounted on the helmet and to that end including a hook intended to be engaged in a housing formed on the helmet, characterized in that the fastening device also comprises a system for locking on the helmet characterized by including a safety member that can move between: a protruding position, in which, in the in-use position, the safety member protrudes toward the helmet and can cooperate with a blocking means formed on the helmet, so as to prevent the hook from leaving the housing; and a retracted position allowing the fastening device to be unhooked from the helmet; the safety member being stressed toward its protruding position by first elastic return means and able to be moved toward its retracted position, against said first elastic return means, through a manual action by a user. a protruding position, in which, in the in-use position, the safety member protrudes toward the helmet and can cooperate with a blocking means formed on the helmet, so as to prevent the hook from leaving the housing; and a retracted position allowing the fastening device to be unhooked from the helmet; the safety member being stressed toward its protruding position by first elastic return means and able to be moved toward its retracted position, against said first elastic return means, through a manual action by a user.
A cell comprising: a first nucleic acid comprising a first promoter and an expression cassette encoding a polypeptide of interest, a biotin substrate site, and a display protein, the expression cassette having a termination codon between the polypeptide of interest and the display protein; and a second nucleic acid comprising a second promoter and a gene encoding a suppressor tRNA that recognizes the termination codon in the first nucleic acid. a first nucleic acid comprising a first promoter and an expression cassette encoding a polypeptide of interest, a biotin substrate site, and a display protein, the expression cassette having a termination codon between the polypeptide of interest and the display protein; and a second nucleic acid comprising a second promoter and a gene encoding a suppressor tRNA that recognizes the termination codon in the first nucleic acid.
A component for a remote radio apparatus, RRU, wherein the component comprises a maintenance cavity, an optical module, and an optical module heat sink, wherein the maintenance cavity and the optical module are integrally connected; the optical module is mounted on a bottom surface of the optical module heat sink; the maintenance cavity and the optical module heat sink are mounted on a side surface of a body of the RRU; and a mainboard of the RRU is mounted on a front surface of the body, and a mainboard heat sink of the RRU is mounted on the mainboard of the RRU, wherein the mainboard heat sink covers the mainboard, and the mainboard heat sink and the optical module heat sink are spaced by a preset distance. the maintenance cavity and the optical module are integrally connected; the optical module is mounted on a bottom surface of the optical module heat sink; the maintenance cavity and the optical module heat sink are mounted on a side surface of a body of the RRU; and a mainboard of the RRU is mounted on a front surface of the body, and a mainboard heat sink of the RRU is mounted on the mainboard of the RRU, wherein the mainboard heat sink covers the mainboard, and the mainboard heat sink and the optical module heat sink are spaced by a preset distance.
A hybrid structure, comprising: a frame member comprising at least three walls forming a channel having a convex portion where two walls meet; characterized by a concave deformation in at least one of the convex portions, wherein the concave deformation extends into the channel and has open ends forming an opening through the convex portion; and a plastic reinforcement member in the channel, wherein a portion of the reinforcement member extends into the opening and on the deformation. a frame member comprising at least three walls forming a channel having a convex portion where two walls meet; characterized by a concave deformation in at least one of the convex portions, wherein the concave deformation extends into the channel and has open ends forming an opening through the convex portion; and a plastic reinforcement member in the channel, wherein a portion of the reinforcement member extends into the opening and on the deformation.
An ethylene-vinyl alcohol copolymer composition, characterized in that the ethylene-vinyl alcohol copolymer composition comprises: an ethylene-vinyl alcohol copolymer; and a manganese content of 0.01 ppm to 0.49 ppm. an ethylene-vinyl alcohol copolymer; and a manganese content of 0.01 ppm to 0.49 ppm.
A non-contact type power transmission apparatus for charging a mobile terminal in a non-contact manner, comprising: a control unit configured to provide location information to the mobile terminal; and a display unit configured to display location-based service data; wherein the location information comprises information about a location of the non-contact type power transmission apparatus; wherein the location-based service data include an advertisement associated with the location information; wherein the display unit is further configured to receive a user input selecting location-based service data from among the displayed location-based service data; and wherein the control unit is further configured to transmit the selected location-based service data to the mobile terminal, or to request transmission of the selected location-based service data to the mobile terminal. a control unit configured to provide location information to the mobile terminal; and a display unit configured to display location-based service data; wherein the location information comprises information about a location of the non-contact type power transmission apparatus; wherein the location-based service data include an advertisement associated with the location information; wherein the display unit is further configured to receive a user input selecting location-based service data from among the displayed location-based service data; and wherein the control unit is further configured to transmit the selected location-based service data to the mobile terminal, or to request transmission of the selected location-based service data to the mobile terminal.
A food storage system comprising: a container; and an adsorbent material, wherein: a Langmuir surface area of the adsorbent material is at least about 500 m 2 /g, and an average pore diameter of the adsorbent material is at least about 0.3 nm wherein the adsorbent material comprises at least one of a metal organic framework, a zeolite, activated carbon, or potassium permanganate, and wherein the MOF is in a form of a powder, particles, pellets, extrudates, granulates, or a free-standing film. a container; and an adsorbent material, wherein: a Langmuir surface area of the adsorbent material is at least about 500 m 2 /g, and an average pore diameter of the adsorbent material is at least about 0.3 nm wherein the adsorbent material comprises at least one of a metal organic framework, a zeolite, activated carbon, or potassium permanganate, and wherein the MOF is in a form of a powder, particles, pellets, extrudates, granulates, or a free-standing film.