mhurhangee/patent-ind-claim-en huggingface dataset:
A system for advancing a pliable prosthetic implant into a surgical incision, comprising: a compression sleeve having a first open end , a second open end , a first stage of a first length, and a second stage of a second length, wherein said first stage has a first cross-sectional profile that evenly extends along said first length, said second stage has a second cross-sectional profile that extends along said second length, and wherein said first stage is accessible through said open first end and said second stage is accessible through said open second end; the compression sleeve comprising a transition zone disposed between said first stage and said second stage wherein said sleeve is comprised of a flexible material and wherein said first cross-sectional profile of said first stage is larger than said second cross-sectional profile of said second stage and said second cross-sectional profile is constant along said second length; characterised in that from the first stage to the second stage , in said transition zone the compression sleeve defines two opposing 90 degree curves that create an abrupt S-turn, such that the compression sleeve transitions in the first curve from a first orientation in the first stage to a second orientation in the transition zone and in the second curve the compression sleeve transitions from the second orientation in the transition zone to the first orientation in the second stage . a compression sleeve having a first open end , a second open end , a first stage of a first length, and a second stage of a second length, wherein said first stage has a first cross-sectional profile that evenly extends along said first length, said second stage has a second cross-sectional profile that extends along said second length, and wherein said first stage is accessible through said open first end and said second stage is accessible through said open second end; the compression sleeve comprising a transition zone disposed between said first stage and said second stage wherein said sleeve is comprised of a flexible material and wherein said first cross-sectional profile of said first stage is larger than said second cross-sectional profile of said second stage and said second cross-sectional profile is constant along said second length; characterised in that from the first stage to the second stage , in said transition zone the compression sleeve defines two opposing 90 degree curves that create an abrupt S-turn, such that the compression sleeve transitions in the first curve from a first orientation in the first stage to a second orientation in the transition zone and in the second curve the compression sleeve transitions from the second orientation in the transition zone to the first orientation in the second stage .
Feed hopper for a material processing device, in particular for a mobile crushing or screening plant , having two side walls and a hopper rear wall , the side walls being coupled indirectly or directly to a machine carrier (12. 1) and being adjustable between an erected working position and a folded-down transport position, a feed region being formed between the side walls , at least one of the side walls being supported in the erected working position with respect to the machine carrier (12.1) by means of a supporting device , the supporting device having a supporting lever which, in the working position, is supported indirectly or directly with respect to the machine carrier (12.1) by means of a releasable positive-locking connection, the positive-locking connection preventing the side wall from folding down, characterised in that the supporting lever projects into the feed region in the folded-down transport position. the supporting device having a supporting lever which, in the working position, is supported indirectly or directly with respect to the machine carrier (12.1) by means of a releasable positive-locking connection, the positive-locking connection preventing the side wall from folding down, characterised in that the supporting lever projects into the feed region in the folded-down transport position.
A support frame for retaining a wind turbine blade on a vehicle during transport to an installation site, the support frame comprising: an outer framework ; a plurality of support pads operatively connected to the outer framework and configured to engage the wind turbine blade when the blade is positioned within the outer framework ; and characterised by a load indicator operatively connected to the outer framework and adjacent to at least one of the support pads , the load indicator including a contact element configured to abut the blade when the blade is positioned into engagement with the plurality of support pads , a base , a support element extending from the contact element to the base , and a biasing member configured to bias the contact element away from the base , wherein the contact element and the support element are moveable relative to the base such that the load indicator is configured to determine and communicate an amount of movement of the wind turbine blade relative to the support pads and the outer framework during loading of the blade into the outer framework and during transport. an outer framework ; a plurality of support pads operatively connected to the outer framework and configured to engage the wind turbine blade when the blade is positioned within the outer framework ; and characterised by a load indicator operatively connected to the outer framework and adjacent to at least one of the support pads , the load indicator including a contact element configured to abut the blade when the blade is positioned into engagement with the plurality of support pads , a base , a support element extending from the contact element to the base , and a biasing member configured to bias the contact element away from the base , wherein the contact element and the support element are moveable relative to the base such that the load indicator is configured to determine and communicate an amount of movement of the wind turbine blade relative to the support pads and the outer framework during loading of the blade into the outer framework and during transport.
Use of a concrete anchor in a process for assembling said concrete anchor in a concrete element said concrete anchor comprising: - a head-section (A), a shaft (B) defining a longitudinal axis and a tip section (C); - the anchor essentially having the cross-section of a thin-walled tube with a channel extending along said axis , wherein the shaft (B) exhibits an external thread with a thread height and a thread pitch construed to enable the anchor to self-tap a thread in building insulation material; - the tip section (C) exhibiting a closed tip and being at least one of or a combination of a thread section, a point-shaped tip, a corrugated surface, a protrusion, a recess, a slot, a groove, a roughened surface, each construed to be screwed or driven into uncured concrete; wherein said process comprises: - providing a mould ; - providing a concrete layer in said mould ; - applying at least one layer of insulation material on the concrete layer while the concrete has not yet fully hardened; - Screwing or driving the at least one concrete anchor through the insulation material layer into the concrete layer ; - Stripping the concrete element including insulation from the mould after the hardening or curing process. - a head-section (A), a shaft (B) defining a longitudinal axis and a tip section (C); - the anchor essentially having the cross-section of a thin-walled tube with a channel extending along said axis , wherein the shaft (B) exhibits an external thread with a thread height and a thread pitch construed to enable the anchor to self-tap a thread in building insulation material; - the tip section (C) exhibiting a closed tip and being at least one of or a combination of a thread section, a point-shaped tip, a corrugated surface, a protrusion, a recess, a slot, a groove, a roughened surface, each construed to be screwed or driven into uncured concrete; - providing a mould ; - providing a concrete layer in said mould ; - applying at least one layer of insulation material on the concrete layer while the concrete has not yet fully hardened; - Screwing or driving the at least one concrete anchor through the insulation material layer into the concrete layer ; - Stripping the concrete element including insulation from the mould after the hardening or curing process.
A communication device, comprising: a control unit configured to select other communication devices, which are capable of setting a transmission power such that a reception power falls within a predetermined range, from a plurality of other communication devices that perform multiplexing communication, the selected other communication devices representing a group of communication devices; and a communication unit configured to receive transmission power information indicating a transmission power range that is settable by each of the plurality of other communication devices and to transmit a transmission power setting request to each of the group of communication devices selected by the control unit, the transmission power setting request indicating the transmission power to be set by the communication devices of the group, wherein the control unit is configured to perform the selection such that the transmission power indicated by the transmission power setting request generated on the basis of channel information in communication with the plurality of other communication devices falls within the transmission power range indicated by the transmission power information received by the communication unit. a control unit configured to select other communication devices, which are capable of setting a transmission power such that a reception power falls within a predetermined range, from a plurality of other communication devices that perform multiplexing communication, the selected other communication devices representing a group of communication devices; and a communication unit configured to receive transmission power information indicating a transmission power range that is settable by each of the plurality of other communication devices and to transmit a transmission power setting request to each of the group of communication devices selected by the control unit, the transmission power setting request indicating the transmission power to be set by the communication devices of the group, wherein the control unit is configured to perform the selection such that the transmission power indicated by the transmission power setting request generated on the basis of channel information in communication with the plurality of other communication devices falls within the transmission power range indicated by the transmission power information received by the communication unit.
An electrosurgical system for the application of electrosurgical energy to a patient and suitable for use in bipolar electrosurgery, the system comprising: an electrosurgical generator configured to generate and output radiofrequency energy; and a bipolar electrosurgical tool removably connected to the electrosurgical generator and arranged to grasp and compress tissue between a first jaw and a second jaw , wherein the electrosurgical generator is configured to supply the radiofrequency (RF) energy to at least one electrode disposed on at least one of the first jaw and the second jaw and the electrosurgical generator comprises a processor configured to measure a phase shift of tissue prior to the supply of RF energy whereby the phase measurement allows identification of a tissue type of the tissue between the first and second jaws ; and characterized in that , entified, the processor is configured to determine, after tissue type identification, the phase shift associated with an endpoint determination of fusion of tissue of the identified tissue type and further characterized by a controller comprising a microprocessor configured to periodically assess the tissue between the first and second jaws for the status of the fusion process by measuring a phase shift of a low voltage and low-current measurement signal and depending on the measured phase shift reaching the phase shift associated with the endpoint determination, to switch back a high voltage output of the supplied RF energy from the generator to the tissue for further fusion or to permanently disconnect the high voltage output of the supplied RF energy from the generator to the tissue. an electrosurgical generator configured to generate and output radiofrequency energy; and a bipolar electrosurgical tool removably connected to the electrosurgical generator and arranged to grasp and compress tissue between a first jaw and a second jaw , wherein the electrosurgical generator is configured to supply the radiofrequency (RF) energy to at least one electrode disposed on at least one of the first jaw and the second jaw and the electrosurgical generator comprises a processor configured to measure a phase shift of tissue prior to the supply of RF energy whereby the phase measurement allows identification of a tissue type of the tissue between the first and second jaws ; and characterized in that , entified, the processor is configured to determine, after tissue type identification, the phase shift associated with an endpoint determination of fusion of tissue of the identified tissue type and further characterized by a controller comprising a microprocessor configured to periodically assess the tissue between the first and second jaws for the status of the fusion process by measuring a phase shift of a low voltage and low-current measurement signal and depending on the measured phase shift reaching the phase shift associated with the endpoint determination, to switch back a high voltage output of the supplied RF energy from the generator to the tissue for further fusion or to permanently disconnect the high voltage output of the supplied RF energy from the generator to the tissue.
A smoking substitute apparatus for generating an aerosol, comprising: a housing; an air inlet and an outlet formed at the housing; a passage extending between the air inlet and outlet, air flowing in use along the passage for inhalation by a user drawing air through the apparatus; and an aerosol generation chamber containing an aerosol generator being operable to generate an aerosol from an aerosol precursor; wherein the aerosol generator is in fluid communication with a downstream portion of the passage for allowing the aerosol to entrain into an air flow along the passage; wherein the downstream portion of the passage comprises a flow converging section having a curved sidewall tapered towards the outlet, and wherein an upstream end of the flow converging section substantially conforms to a cross sectional profile of the aerosol generation chamber , and characterised in that the curved sidewall of the flow converging section comprises a sigmoidal profile along a longitudinal axis of the downstream portion of the passage. a housing; an air inlet and an outlet formed at the housing; a passage extending between the air inlet and outlet, air flowing in use along the passage for inhalation by a user drawing air through the apparatus; and an aerosol generation chamber containing an aerosol generator being operable to generate an aerosol from an aerosol precursor; wherein the aerosol generator is in fluid communication with a downstream portion of the passage for allowing the aerosol to entrain into an air flow along the passage; wherein the downstream portion of the passage comprises a flow converging section having a curved sidewall tapered towards the outlet, and wherein an upstream end of the flow converging section substantially conforms to a cross sectional profile of the aerosol generation chamber , and characterised in that the curved sidewall of the flow converging section comprises a sigmoidal profile along a longitudinal axis of the downstream portion of the passage.
An athletic garment comprising: a front panel , a rear panel , a first opening for receiving a torso of a user, a second opening for receiving a first leg of a user and a third opening for receiving a second leg of a user; and a crotch panel disposed between the front and rear panel, extending from the second opening to the third opening, wherein the crotch panel comprises a tri-layered substrate to conceal and prevent visible staining of a fluid received therein, the tri-layered substrate comprising a first, inner layer of a first material positionable adjacent a user of the athletic garment, the first material being a moisture absorbent material, a second, middle layer of a second material, the second material being an antimicrobial, water repellant material, and a third, outer layer of a third material positionable distal the user of the athletic garment, the third material being an antimicrobial moisture wicking material. a front panel , a rear panel , a first opening for receiving a torso of a user, a second opening for receiving a first leg of a user and a third opening for receiving a second leg of a user; and a crotch panel disposed between the front and rear panel, extending from the second opening to the third opening, wherein the crotch panel comprises a tri-layered substrate to conceal and prevent visible staining of a fluid received therein, the tri-layered substrate comprising a first, inner layer of a first material positionable adjacent a user of the athletic garment, the first material being a moisture absorbent material, a second, middle layer of a second material, the second material being an antimicrobial, water repellant material, and a third, outer layer of a third material positionable distal the user of the athletic garment, the third material being an antimicrobial moisture wicking material.
A medical device comprising a thermoplastic elastomer that is composed of soft segments and hard segments, wherein the soft segments are made of saturated polyolefin diols or polyolefin diamine that has up to 1000 carbon atoms in the main chain, wherein each carbon atom in the main chain has 0 to 2 side chains and each side chain has 0 to 30 carbon atoms, the hard segment is made of a diisocyanate and a chain extender, the hard segments make up 10-60% of the elastomer and the soft segments make up the rest, the number-average molecular weight of the elastomer is 5×10 3 -1000×10 3 g/mol; the ultimate elongation of the elastomer is 100-1000%; the Young's modulus of the elastomer is 1 to 3,000MPa; and the ultimate tensile strength of the elastomer is 10-100MPa, and characterized in that the thermoplastic elastomer is obtained from a mixture including the saturated polyolefin diol or polyolefin diamine, the diisocyanate and the chain extender by using microwave radiation. the soft segments are made of saturated polyolefin diols or polyolefin diamine that has up to 1000 carbon atoms in the main chain, wherein each carbon atom in the main chain has 0 to 2 side chains and each side chain has 0 to 30 carbon atoms, the hard segment is made of a diisocyanate and a chain extender, the hard segments make up 10-60% of the elastomer and the soft segments make up the rest, the number-average molecular weight of the elastomer is 5×10 3 -1000×10 3 g/mol; the ultimate elongation of the elastomer is 100-1000%; the Young's modulus of the elastomer is 1 to 3,000MPa; and the ultimate tensile strength of the elastomer is 10-100MPa, and characterized in that the thermoplastic elastomer is obtained from a mixture including the saturated polyolefin diol or polyolefin diamine, the diisocyanate and the chain extender by using microwave radiation.
A touch display module comprising a touch display panel , wherein the touch display panel is provided with a first pixel area and a second pixel area ; the first pixel area comprises a first pixel , a resistor-capacitance, RC, load of the first pixel is a first load, the second pixel area comprises a second pixel , an resistor-capacitance load of the second pixel is a second load, and the first load is not equal to the second load; the first pixel area is provided with a first electrode corresponding to the first pixel, the second pixel area is provided with a second electrode corresponding to the second pixel, and the first electrode is spaced apart from the second electrode ; the touch display panel is operable with a display mode, wherein when the touch display panel is in the display mode, the first electrode is electrically coupled with the second electrode and the first electrode and the second electrode are common electrodes, so that the first load is equal to the second load, wherein the touch display panel is further operable with a touch mode, characterized in that the first electrode is electrically insulated from the second electrode when the touch display panel is in the touch mode. the touch display panel is provided with a first pixel area and a second pixel area ; the first pixel area comprises a first pixel , a resistor-capacitance, RC, load of the first pixel is a first load, the second pixel area comprises a second pixel , an resistor-capacitance load of the second pixel is a second load, and the first load is not equal to the second load; the first pixel area is provided with a first electrode corresponding to the first pixel, the second pixel area is provided with a second electrode corresponding to the second pixel, and the first electrode is spaced apart from the second electrode ; the touch display panel is operable with a display mode, wherein when the touch display panel is in the display mode, the first electrode is electrically coupled with the second electrode and the first electrode and the second electrode are common electrodes, so that the first load is equal to the second load, wherein the touch display panel is further operable with a touch mode, characterized in that the first electrode is electrically insulated from the second electrode when the touch display panel is in the touch mode.
A SIM card registration method, performed by a terminal, comprising: receiving (S 110) a SIM card registration request triggered by a user, acquiring (S1 10) a SIM card type corresponding to the SIM card registration request, and sending the SIM card registration request to an operator network; receiving (S120), according to the SIM card registration request, a feedback information returned from the operator network; wherein said method is characterized by : responding (S130) to, according to the SIM card type, the feedback information when a preset information is carried in the feedback information; wherein the SIM card type comprises a physical card and a virtual card. receiving (S 110) a SIM card registration request triggered by a user, acquiring (S1 10) a SIM card type corresponding to the SIM card registration request, and sending the SIM card registration request to an operator network; receiving (S120), according to the SIM card registration request, a feedback information returned from the operator network; wherein said method is characterized by : responding (S130) to, according to the SIM card type, the feedback information when a preset information is carried in the feedback information; wherein the SIM card type comprises a physical card and a virtual card. responding (S130) to, according to the SIM card type, the feedback information when a preset information is carried in the feedback information; wherein the SIM card type comprises a physical card and a virtual card.