mhurhangee/patent-ind-claim-en huggingface dataset:
Annular seal intended to be attached to a door of a motor vehicle or to a door frame of a motor vehicle , the seal comprising two junctions and two attachment clips on either side of the two junctions , characterized in that - a first portion comprises at least one attachment clip , a plurality of additional attachment clips and no adhesive means, - a second portion comprises at least one adhesive means , the adhesive means extending over the entire length of the second portion in the form of two self-adhesive strips which are uniform and parallel to one another, the two junctions delimit the first portion from the second portion , the first portion and the second portion forming two complementary portions of the seal , and in that the seal comprises a bore intended to apply a vacuum to the volume contained between the two self-adhesive strips . - a first portion comprises at least one attachment clip , a plurality of additional attachment clips and no adhesive means, - a second portion comprises at least one adhesive means , the adhesive means extending over the entire length of the second portion in the form of two self-adhesive strips which are uniform and parallel to one another,
A device comprising: a display configured to display an object at an object display location on the display, the object comprises a moving image indicating an example motion of a demonstrator to be followed by a user, and to provide a reflected user image at a reflected user image location on the display; and a processor configured to detect the reflected user image location, and to determine the object display location based on the reflected user image location; wherein the processor is further configured to: detect a shape of the reflected user image and a shape of the displayed demonstrator, compare the shape of the reflected user image and the shape of the displayed demonstrator, and flip the moving image horizontally based on a result of the comparison so that left and right motions of the reflected user image and left and right motions of the displayed demonstrator are the same. a display configured to display an object at an object display location on the display, the object comprises a moving image indicating an example motion of a demonstrator to be followed by a user, and to provide a reflected user image at a reflected user image location on the display; and a processor configured to detect the reflected user image location, and to determine the object display location based on the reflected user image location; wherein the processor is further configured to: detect a shape of the reflected user image and a shape of the displayed demonstrator, compare the shape of the reflected user image and the shape of the displayed demonstrator, and flip the moving image horizontally based on a result of the comparison so that left and right motions of the reflected user image and left and right motions of the displayed demonstrator are the same. detect a shape of the reflected user image and a shape of the displayed demonstrator, compare the shape of the reflected user image and the shape of the displayed demonstrator, and flip the moving image horizontally based on a result of the comparison so that left and right motions of the reflected user image and left and right motions of the displayed demonstrator are the same.
A staple cartridge , comprising: a plurality of staples ; and a cartridge body , comprising: a tissue-contacting deck ; a plurality of staple cavities , wherein each said staple cavity comprises an opening in said deck, and wherein a said staple is positioned in each said staple cavity; and a plurality of ridges extending from said tissue-contacting deck; characterised in that some or all of said openings have perimeters being partially surrounded by a said ridge, wherein the said ridge partially defines the perimeter of the said opening. a plurality of staples ; and a cartridge body , comprising: a tissue-contacting deck ; a plurality of staple cavities , wherein each said staple cavity comprises an opening in said deck, and wherein a said staple is positioned in each said staple cavity; and a plurality of ridges extending from said tissue-contacting deck; characterised in that some or all of said openings have perimeters being partially surrounded by a said ridge, wherein the said ridge partially defines the perimeter of the said opening. a tissue-contacting deck ; a plurality of staple cavities , wherein each said staple cavity comprises an opening in said deck, and wherein a said staple is positioned in each said staple cavity; and a plurality of ridges extending from said tissue-contacting deck; characterised in that some or all of said openings have perimeters being partially surrounded by a said ridge, wherein the said ridge partially defines the perimeter of the said opening.
A method performed by a terminal in a wireless communication system, the method comprising: receiving , from an access and mobility management function, AMF , a first message including first information for identifying the AMF and the terminal , the first information being assigned upon a successful registration to a first access; determining whether a public land mobile network, PLMN, associated with a second access is same as a PLMN associated with the first access; and transmitting , to an access network entity for the second access, a second message requesting registration to the second access, the second message including second information for identifying the AMF, in case that the PLMN associated with the second access is the same as the PLMN associated with the first access, wherein the second information includes at least a part of the first information, wherein the second information includes an AMF set identifier for the AMF and an AMF identifier for the AMF , wherein the first access is a 3rd Generation Partnership Project, 3GPP, access and the second access is a non-3GPP access, and wherein the registration to the second access is made when the terminal is successfully registered to the first access. receiving , from an access and mobility management function, AMF , a first message including first information for identifying the AMF and the terminal , the first information being assigned upon a successful registration to a first access; determining whether a public land mobile network, PLMN, associated with a second access is same as a PLMN associated with the first access; and transmitting , to an access network entity for the second access, a second message requesting registration to the second access, the second message including second information for identifying the AMF, in case that the PLMN associated with the second access is the same as the PLMN associated with the first access, wherein the second information includes at least a part of the first information, wherein the second information includes an AMF set identifier for the AMF and an AMF identifier for the AMF , wherein the first access is a 3rd Generation Partnership Project, 3GPP, access and the second access is a non-3GPP access, and wherein the registration to the second access is made when the terminal is successfully registered to the first access.
Heating element powered by alternating current for heating an external medium surrounding it, said heating element has a hollow body housing which is closed or provided with one or more openings, and at least two electrodes which are insulated from said housing and from each other by means of an insulating element characterized in that said housing of said heating element is a cavity resonator in which an internal medium containing charged ions is placed which in case of an open housing is identical with said external medium and in case of a closed housing it is identical with or different from said external medium ; said electrodes have a polygonal cross-section or non-constant cross-section having three-dimensional curved generatrices, and they are placed in said housing in such a manner that their longitudinal axes each having a shape of an exponential curve diverge from each other, or said electrodes are formed as a section of the sheath of a body of revolution the generating lines of which is each shaped as an exponential curve diverging from their axis of rotation; a duty factor modulated AC voltage of at most 1000V amplitude, 1000-60 000 Hz is connected to said electrodes and the required value of the frequency and amplitude of the AC voltage as well as the size of said electrodes are determined to operate within said housing of said heating element at resonance frequency.
A suction device combined with a granulate blasting machine, said suction device having an adapter, comprising a main tube having - a first connecting section for connection to a suction line of the suction device and - a second connecting section for stationary arrangement in an opening of a working space, characterized in that the second connecting section is made of a flexible material and on its perimeter comprises a cutout that extends in the direction of the longitudinal axis of the main tube proceeding from a free end of the second connecting section and a sealing collar is arranged on the main tube , which sealing collar can be moved between a sealing position protruding beyond the free end of the second connecting section and an assembly position that exposes at least the cutout . - a first connecting section for connection to a suction line of the suction device and - a second connecting section for stationary arrangement in an opening of a working space,
A system for use in a well, comprising: a well string sized for deployment along a borehole , the well string having a tubular section with an interior surface defining an internal flow passage ; and a ball seat mounted in the well string along the internal flow passage , the ball seat comprising: a ball entrance sloping radially inwardly from the interior surface ; a base ; and a throat section characterised in that the throat section has an interior throat surface which tapers to a smaller diameter in a downhole direction, the throat section extending between the ball entrance and the base to form a space between the interior surface and the throat section , the throat section being formed of a ductile material which is plastically deformable such that the throat section expands radially outwardly when receiving a ball with a larger diameter than the throat section , the ductile material having sufficient spring back to capture the ball on both an uphole and a downhole side. a well string sized for deployment along a borehole , the well string having a tubular section with an interior surface defining an internal flow passage ; and a ball seat mounted in the well string along the internal flow passage , the ball seat comprising: a ball entrance sloping radially inwardly from the interior surface ; a base ; and a throat section a ball entrance sloping radially inwardly from the interior surface ; a base ; and a throat section
A wireless communication method, comprising: receiving (S210), by a terminal, first indication information, wherein the first indication information is used to indicate m first symbol groups, m is an integer greater than or equal to 2, the m first symbol groups are used for repeated transmission of a first transport block, TB, and each first symbol group comprises at least one symbol; determining (S220), by the terminal, a quasi co-location, QCL, assumption corresponding to each of n second symbol groups based on a first mapping relationship, wherein the n second symbol groups are symbol groups actually used when the terminal sends or receives the first TB, and n is an integer greater than or equal to 1; and sending or receiving (S240), by the terminal, the first TB by using the n second symbol groups and the QCL assumption corresponding to each of the n second symbol groups, wherein symbol distribution of the n second symbol groups is different from symbol distribution of the m first symbol groups. receiving (S210), by a terminal, first indication information, wherein the first indication information is used to indicate m first symbol groups, m is an integer greater than or equal to 2, the m first symbol groups are used for repeated transmission of a first transport block, TB, and each first symbol group comprises at least one symbol; determining (S220), by the terminal, a quasi co-location, QCL, assumption corresponding to each of n second symbol groups based on a first mapping relationship, wherein the n second symbol groups are symbol groups actually used when the terminal sends or receives the first TB, and n is an integer greater than or equal to 1; and sending or receiving (S240), by the terminal, the first TB by using the n second symbol groups and the QCL assumption corresponding to each of the n second symbol groups, wherein symbol distribution of the n second symbol groups is different from symbol distribution of the m first symbol groups.
A dental positioning system comprising: a plurality of receptor holders , each receptor holder having an arm extending from a receptor grip , wherein the receptor grip retains a receptor in a fixed position within the grip and with respect to the arm; and an alignment ring having a window formed therein and having a plurality of openings each opening constructed to receive the arm of one corresponding receptor holder of the plurality of receptor holders such that the receptor is substantially centered with respect to the window, wherein each of the plurality of openings is uniquely keyed and each corresponding receptor holder has its arm keyed to be received in the corresponding one keyed opening of the plurality of the openings. a plurality of receptor holders , each receptor holder having an arm extending from a receptor grip , wherein the receptor grip retains a receptor in a fixed position within the grip and with respect to the arm; and an alignment ring having a window formed therein and having a plurality of openings each opening constructed to receive the arm of one corresponding receptor holder of the plurality of receptor holders such that the receptor is substantially centered with respect to the window, wherein each of the plurality of openings is uniquely keyed and each corresponding receptor holder has its arm keyed to be received in the corresponding one keyed opening of the plurality of the openings.
A method of determining characteristics of a subterranean body in reservoir characterization, comprising: performing a base seismic survey operation ; after performing the base seismic survey operation , performing pressure testing in a well , wherein the pressure testing comprises drawing down pressure in the well and measuring pressure data in the well during the pressure testing ; performing a second seismic survey operation coincidentally with the pressure testing , wherein seismic data obtained by the second seismic survey operation are affected by pressure changes in the subterranean body due to the pressure testing ; comparing seismic data of the base seismic survey operation with the seismic data of the second seismic survey operation ; providing the pressure data and the result of comparing of the seismic data to a processing system for processing to determine the characteristics of the subterranean body ; wherein the seismic data obtained from the base and second seismic survey operations make up time-lapse seismic data; characterized in that the method further comprises: processing the time-lapse seismic data to detect pressure changes ; and determining a four-Dimensional spatio-temporal evolution of pressure in the subterranean body based on the measured pressure data and the processing of the time-lapse seismic data to capture movement of pressure fronts as a function of both time and space. performing a base seismic survey operation ; after performing the base seismic survey operation , performing pressure testing in a well , wherein the pressure testing comprises drawing down pressure in the well and measuring pressure data in the well during the pressure testing ; performing a second seismic survey operation coincidentally with the pressure testing , wherein seismic data obtained by the second seismic survey operation are affected by pressure changes in the subterranean body due to the pressure testing ; comparing seismic data of the base seismic survey operation with the seismic data of the second seismic survey operation ; providing the pressure data and the result of comparing of the seismic data to a processing system for processing to determine the characteristics of the subterranean body ; wherein the seismic data obtained from the base and second seismic survey operations make up time-lapse seismic data; characterized in that the method further comprises: processing the time-lapse seismic data to detect pressure changes ; and determining a four-Dimensional spatio-temporal evolution of pressure in the subterranean body based on the measured pressure data and the processing of the time-lapse seismic data to capture movement of pressure fronts as a function of both time and space. processing the time-lapse seismic data to detect pressure changes ; and determining a four-Dimensional spatio-temporal evolution of pressure in the subterranean body based on the measured pressure data and the processing of the time-lapse seismic data to capture movement of pressure fronts as a function of both time and space.
A cannula for a surgical system, the cannula comprising: a bowl portion at a proximal end of the cannula ; a tube portion extending from the bowl portion to a distal end of the cannula ; and an attachment portion protruding laterally from the bowl portion , the attachment portion being a projection configured to mount the cannula to the surgical system, and the attachment portion comprising an identification device positioned to be sensed when the cannula is mounted to the surgical system; wherein the identification device comprises one or more magnets , the or each of the one or more magnets being oriented at one of the two magnetic polarities at a corresponding unique position of a planar array of a plurality of magnet positions ; and wherein a presence or absence of a magnet of the one or more magnets at the corresponding position, and the polarity of the magnet of the one or more magnets at the corresponding magnet position is indicative of identification information relating to the cannula . a bowl portion at a proximal end of the cannula ; a tube portion extending from the bowl portion to a distal end of the cannula ; and an attachment portion protruding laterally from the bowl portion , the attachment portion being a projection configured to mount the cannula to the surgical system, and the attachment portion comprising an identification device positioned to be sensed when the cannula is mounted to the surgical system; wherein the identification device comprises one or more magnets , the or each of the one or more magnets being oriented at one of the two magnetic polarities at a corresponding unique position of a planar array of a plurality of magnet positions ; and wherein a presence or absence of a magnet of the one or more magnets at the corresponding position, and the polarity of the magnet of the one or more magnets at the corresponding magnet position is indicative of identification information relating to the cannula .
A pharmaceutical composition for use in topically treating dry eye syndrome or keratoconjunctivitis sicca in a patient, wherein the pharmaceutical composition comprises an effective amount of progesterone and one or more pharmaceutically acceptable excipients and wherein the composition is applied to one or more skin regions of the face that are outside of the palpebral part of the eye.
A sealing module for a motor vehicle, this module comprising at least one profile section of at least partly elongated shape and at least one seal gasket configured to cooperate with an element of said vehicle, such as a window of said vehicle, the module further comprising means for supporting at least one electronic equipment which are solidly connected to said profile section, said support means comprising a support arm which has a generally elongate shape and comprises a first longitudinal end connected to said profile section and a second opposite longitudinal end in which said electronic equipment is intended to be housed, characterised in that it comprises a cover attached to the arm and comprising a longitudinal portion extending along the arm and/or a base covering part of said window .
An electronic apparatus enclosure device including a rack configured to accommodate an electronic apparatus having a heat-producing component, a plurality of heat receiving portions arranged on a back face of the rack along a vertical direction and configured to receive heat of the electronic apparatus , a vapor pipe configured to connect a heat dissipation portion for dissipating the heat of the electronic apparatus that is received by each of a plurality of the heat receiving portions and each of a plurality of the heat receiving portions , a liquid pipe configured to connect the heat dissipation portion and each of a plurality of the heat receiving portions , characterized in that the electronic apparatus enclosure includes a bypass pipe configured to connect the vapor pipe and the liquid pipe , a valve configured to open and close a flow path of the bypass pipe , a first connection portion configured to connect the vapor pipe and the bypass pipe , and a second connection portion configured to connect the liquid pipe and the bypass pipe , wherein the first connection portion is disposed at a position higher than that of the second connection portion , wherein the apparatus is configured to monitor the difference between the temperature of the vapor pipe and the temperature of the liquid pipe and to close the valve when the temperature difference is stable, or wherein the apparatus is configured to monitor the temperature of an intake side and the temperature of an exhaust side around the center part of each heat receiving portion and to close the valve when the difference between the temperature of the intake side and the temperature of the exhaust side is generated after each heat receiving portion starts to operate.