mhurhangee/patent-ind-claim-en huggingface dataset:
A power transmission system comprising: an electric motor for operating as a drive source; a drive wheel ; a transmission shaft transmitting a torque between the electric motor and the drive wheel ; and an attenuation mechanism disposed between the electric motor and the drive wheel , the attenuation mechanism being attached to the transmission shaft , wherein the attenuation mechanism includes a support member fixed to the transmission shaft , and characterized in that an inertia member is disposed to be rotatable relatively to the transmission shaft , the inertia member being engaged by friction with the support member , wherein the support member and the inertia member are arranged on the transmission shaft at a circumference thereof, wherein the attenuation mechanism is configured such that when fluctuations in torque inputted to the attenuation mechanism from the drive wheel do not have a predetermined value or greater, the inertia member is unitarily rotated with the support member while being engaged by friction therewith; and when fluctuations in torque inputted to the attenuation mechanism from the drive wheel has the predetermined value or greater, the inertia member is rotated relatively to the support member while making contact by friction therewith. an electric motor for operating as a drive source; a drive wheel ; a transmission shaft transmitting a torque between the electric motor and the drive wheel ; and an attenuation mechanism disposed between the electric motor and the drive wheel , the attenuation mechanism being attached to the transmission shaft , wherein the attenuation mechanism includes a support member fixed to the transmission shaft , and characterized in that an inertia member is disposed to be rotatable relatively to the transmission shaft , the inertia member being engaged by friction with the support member , wherein the support member and the inertia member are arranged on the transmission shaft at a circumference thereof, wherein the attenuation mechanism is configured such that when fluctuations in torque inputted to the attenuation mechanism from the drive wheel do not have a predetermined value or greater, the inertia member is unitarily rotated with the support member while being engaged by friction therewith; and when fluctuations in torque inputted to the attenuation mechanism from the drive wheel has the predetermined value or greater, the inertia member is rotated relatively to the support member while making contact by friction therewith.
Firewood handling device for firewood pieces comprising a conveyor , including one or more rotating, endless chains , the conveyor extending from an input end to an output end , wherein the conveyor chains are provided with carriers , which project outwards from outer sides of the chains and extend across and on a distance from each other in relation to the longitudinal extension of the conveyor such that spaces are formed between the carriers into which firewood pieces can be positioned having their longitudinal extension across the longitudinal extension of the conveyor, characterized in that the carriers are formed with at least two, not cut through slots or recesses from below as well as from above which overlap each other, wherein the conveyor in its output end is provided with at least two inner guiding members , which are connected to the conveyor in an area between a lower and an upper part (9") of the chains, as well as with at least two outer guiding members , which are connected to the conveyor outside of the area between the lower and the upper part of the chains, wherein both the inner and the outer guiding members are provided with smooth upper sliding surfaces and are mounted such that the sliding surfaces of the inner guiding members extend and have an increasing height in the conveying direction and are positioned such that they are aligned with the slots or recesses extending from below in the carriers, whereas the sliding surfaces of the outer guiding members extend and have a decreasing height in the conveying direction and are positioned such that they are aligned with the slots or recesses extending from above in the carriers, and wherein the sliding surfaces of the inner and the outer guiding members extend essentially without interruption or somewhat overlapping in relation to each other as seen in the conveying direction.
A composite package comprising a plurality of primary packages and a handle attached at two extremities thereof to said composite package , wherein the plurality of primary packages are split up into a plurality of secondary packages each containing at least one of said primary packages , wherein said handle has at least one separation line extending along the length thereof and dividing said handle into a plurality of sub-handles each attached at the extremities thereof to one of the secondary packages , such that when one of said plurality of secondary packages is extracted from the composite package , said handle is torn along said at least one separation line , the sub-handle attached to said one of said plurality of secondary packages being retained therewith, characterized in that at each extremity of the handle there is provided an attachment region comprising a plurality of strips extending from said extremity of said handle at an attachment angle (θ 1 , θ 2 , φ 1 , φ 2 ) relative to the extension of the centreline of said handle , each of said strips attaching one of the sub-handles to one of the secondary packages .
A dispersion comprising an encapsulated material dispersed in a medium that is immiscible with the encapsulated material, wherein the encapsulated material is encapsulated by a polymeric membrane and wherein the dispersion does not include a surfactant for dispersing the encapsulated material in the medium wherein a) the encapsulated material is a polyorganosiloxane and the medium is an aqueous medium or b) wherein the encapsulated material is an aqueous composition and the medium includes a polyorganosiloxane and wherein glycerin is included in the aqueous composition or the aqueous medium and wherein the average size of the encapsulated material dispersed in the medium is less than 500 microns. a) the encapsulated material is a polyorganosiloxane and the medium is an aqueous medium or b) wherein the encapsulated material is an aqueous composition and the medium includes a polyorganosiloxane
A module of a road safety barrier for contacting and redirecting an errant vehicle, comprising: - a first beam ; - a second beam ; - uprights that support the first beam and the second beam , each upright comprising a lower end which is configured to be fixed to the ground and an upper end, opposite the lower end; wherein: - the first beam extends longitudinally from a first upright to a second upright in order to contact and redirect an errant vehicle and is joined between the lower ends and the upper ends, detached therefrom; - wherein the second beam is joined to the upper ends; wherein the first beam comprises a first longitudinal part which projects laterally with respect to the uprights ; - the first beam comprises a second longitudinal part which projects laterally with respect to the uprights , on the opposite side of the uprights with respect to the first longitudinal part ; - the first longitudinal part and the second longitudinal part are both joined to the first upright and to the second upright by means of joints of a permanent type; the module being characterised in that the first longitudinal part and the second longitudinal part are joined to one another so as to form an internally hollow beam with welds or brazing, longitudinally spaced so as to form longitudinal slots between the first longitudinal part and the second longitudinal part , each longitudinal slot extending between two welds or brazing longitudinally spaced. - a first beam ; - a second beam ; - uprights that support the first beam and the second beam , each upright comprising a lower end which is configured to be fixed to the ground and an upper end, opposite the lower end; - the first beam extends longitudinally from a first upright to a second upright in order to contact and redirect an errant vehicle and is joined between the lower ends and the upper ends, detached therefrom; - wherein the second beam is joined to the upper ends; wherein the first beam comprises a first longitudinal part which projects laterally with respect to the uprights ; - the first beam comprises a second longitudinal part which projects laterally with respect to the uprights , on the opposite side of the uprights with respect to the first longitudinal part ; - the first longitudinal part and the second longitudinal part are both joined to the first upright and to the second upright by means of joints of a permanent type; - the first beam comprises a second longitudinal part which projects laterally with respect to the uprights , on the opposite side of the uprights with respect to the first longitudinal part ; - the first longitudinal part and the second longitudinal part are both joined to the first upright and to the second upright by means of joints of a permanent type; the module being characterised in that the first longitudinal part and the second longitudinal part are joined to one another so as to form an internally hollow beam with welds or brazing, longitudinally spaced so as to form longitudinal slots between the first longitudinal part and the second longitudinal part , each longitudinal slot extending between two welds or brazing longitudinally spaced.
Method for conducting a transaction on a set of products available in a geographical area equipped with a plurality of near-field communication readers each associated with a product, the near-field communication readers being connected to an information processing device suitable for implementing the interface with a centralized platform associated with the geographical area, the method comprising: - reading a radio badge by one of the near-field communication readers in order to determine an identifier contained in the badge and identifying a customer associated with the badge over a period longer than the transaction; - processing, by the information processing device , the information received by the near-field communication reader to filter out double readings due to improper handling of the radio badge, on the basis of a delay between two readings of the same badge by the same near-field communication reader; - transmitting, by the information processing device , a message containing at least one identifier of the product associated with the near-field communication reader and the identifier of the badge to the centralized platform, - storing a virtual basket associating with the badge identifier, the product identifier(s) contained in one or more messages received from the information processing device , and - displaying the virtual basket via a human-machine interface on a mobile telecommunication terminal - paying for the products identified in the virtual basket by means of the telecommunication terminal. - reading a radio badge by one of the near-field communication readers in order to determine an identifier contained in the badge and identifying a customer associated with the badge over a period longer than the transaction; - processing, by the information processing device , the information received by the near-field communication reader to filter out double readings due to improper handling of the radio badge, on the basis of a delay between two readings of the same badge by the same near-field communication reader; - transmitting, by the information processing device , a message containing at least one identifier of the product associated with the near-field communication reader and the identifier of the badge to the centralized platform, - storing a virtual basket associating with the badge identifier, the product identifier(s) contained in one or more messages received from the information processing device , and - displaying the virtual basket via a human-machine interface on a mobile telecommunication terminal - paying for the products identified in the virtual basket by means of the telecommunication terminal.
A hollow table top , comprising: a top plate and a bottom plate , wherein the bottom plate is disposed with concaves (12.1), an edge of a bottom surface of the table top is disposed with a metal frame , an edge of the top plate is disposed with a top plate side extending downwardly, the metal frame is disposed with a protruding portion in a horizontal direction, extending from the top plate side , characterized in that the bottom portion of the top plate side bends towards the metal frame . a top plate and a bottom plate , wherein the bottom plate is disposed with concaves (12.1), an edge of a bottom surface of the table top is disposed with a metal frame , an edge of the top plate is disposed with a top plate side extending downwardly, the metal frame is disposed with a protruding portion in a horizontal direction, extending from the top plate side , characterized in that the bottom portion of the top plate side bends towards the metal frame .
A method for use in encoding video data within a sequence of video frames , the method comprising; encoding at least a portion of a reference frame using motion vector information associated with said portion of said reference frame, wherein said portion of said reference frame is a macroblock; defining at least a direct mode macroblock of a B frame that is collocated with said portion of said reference frame; and encoding at least said direct mode macroblock of said B frame without including corresponding motion vector information for said direct mode macroblock in a bit stream but including mode identifying data in the bit stream, wherein said encoding of said direct mode macroblock of said B frame can make use of spatial motion vector prediction with motion vector information of surrounding macroblocks in the B frame, and wherein the mode identifying data identifies how said direct mode macroblock of said B frame can be directly derived using said motion vector information associated with said portion of said reference frame or spatial motion vector prediction with said motion vector information of surrounding macroblocks in the B frame.
An IRF-7 inhibitor for use in the treatment of Enterobacteriaceae bacterial infections.
A photomask , comprising: a substrate ; a circuit pattern on the substrate ; an electrostatic discharge ESD structure on the substrate , and the ESD structure surrounding the circuit pattern ; and an ESD line on the substrate , and the ESD line extending between an edge of the substrate and the ESD structure , wherein the ESD line comprises an edge portion (EP1a) extending beyond an end of an edge of the ESD structure , and the edge portion of the ESD line comprises at least one comb-shaped structure , characterized in that the edge portion comprises a plurality of segments and a plurality of comb-shaped structures , each comb-shaped structure comprises a connecting part and at least two pins , and each segment and each connecting part are connected alternately to form a serpentine segment, wherein the pins in adjacent two of the comb-shaped structures protrude toward the edge of the substrate . a substrate ; a circuit pattern on the substrate ; an electrostatic discharge ESD structure on the substrate , and the ESD structure surrounding the circuit pattern ; and an ESD line on the substrate , and the ESD line extending between an edge of the substrate and the ESD structure , wherein the ESD line comprises an edge portion (EP1a) extending beyond an end of an edge of the ESD structure , and the edge portion of the ESD line comprises at least one comb-shaped structure , characterized in that the edge portion comprises a plurality of segments and a plurality of comb-shaped structures , each comb-shaped structure comprises a connecting part and at least two pins , and each segment and each connecting part are connected alternately to form a serpentine segment, wherein the pins in adjacent two of the comb-shaped structures protrude toward the edge of the substrate .
An RF switch adapted to modify a connection between at least one first conductive element and at least one second conductive element , said switch being adapted to alternately route an RF signal and stop routing an RF signal between the first conductive element and the second conductive element, the RF switch being provided with: - a first region based on a phase change material disposed between the first conductive element and the second conductive element , - state control means for said first region of phase change material which are configured to modify by heating the crystal or amorphous state of said phase change material of said first region, the control means being provided with control electrodes arranged on either side of the first region and provided to apply a state control electrical signal for the first region of phase change material, the switch being further provided with at least one first decoupling switch (INT1) configured to alternately connect a first control electrode and said first region of phase change material when said first decoupling switch is ON and to disconnect the first control electrode and the first region of phase change material when the decoupling switch is OFF, the first decoupling switch (INT1) comprising a second region of phase change material disposed between the first control electrode and a second control electrode (13b, the second control electrode being disposed against the first region of phase change material. - a first region based on a phase change material disposed between the first conductive element and the second conductive element , - state control means for said first region of phase change material which are configured to modify by heating the crystal or amorphous state of said phase change material of said first region, the control means being provided with control electrodes arranged on either side of the first region and provided to apply a state control electrical signal for the first region of phase change material,
A method for creating a plan for revision of a total knee replacement (TKR) for a patient and registering the plan to the patient's operative bone, the method comprising: performing an imaging scan of a bone with an installed implant; segmenting the installed implant to obtain a set of digital imaging and communications in medicine (DICOM) data of the bone and the installed implant; obtaining a three dimensional model based on the manufacturers specifications of the installed implant; registering the 3D model to the segmented installed implant to generate a transformation matrix thereof thus providing a transformation matrix between the 3D model and the DICOM data; digitizing a plurality of points on the installed implant; registering the plurality of digitized points to the 3D model; and computing the transformation matrix between the DICOM data and the digitized installed implant to register the patient's operative bone to the pre-operative plan. performing an imaging scan of a bone with an installed implant; segmenting the installed implant to obtain a set of digital imaging and communications in medicine (DICOM) data of the bone and the installed implant; obtaining a three dimensional model based on the manufacturers specifications of the installed implant; registering the 3D model to the segmented installed implant to generate a transformation matrix thereof thus providing a transformation matrix between the 3D model and the DICOM data; digitizing a plurality of points on the installed implant; registering the plurality of digitized points to the 3D model; and computing the transformation matrix between the DICOM data and the digitized installed implant to register the patient's operative bone to the pre-operative plan.
A glove with a sleeve comprising: a glove main body that comprises rubber as a principal component; and a cylindrical sleeve that comprises a thermoplastic resin as a principal component and is arranged to protrude from a cuff portion of the glove main body , characterized in that one end portion of the sleeve is arranged to overlap and bonded through a moisture-curing urethane-based hot melt adhesive to an external side of the cylindrical cuff portion of the glove main body ; and the one end portion of the sleeve on a side to the glove main body is aligned with an end portion of an area with the moisture-curing urethane-based hot melt adhesive being applied, on a side to a fingertip of the glove main body ; and the glove main body comprises a carboxyl group-containing acrylonitrile-butadiene rubber, the lower limit of the content of the carboxyl-group-containing acrylonitrile-butadiene rubber is 10% by mass. a glove main body that comprises rubber as a principal component; and a cylindrical sleeve that comprises a thermoplastic resin as a principal component and is arranged to protrude from a cuff portion of the glove main body , characterized in that one end portion of the sleeve is arranged to overlap and bonded through a moisture-curing urethane-based hot melt adhesive to an external side of the cylindrical cuff portion of the glove main body ; and the one end portion of the sleeve on a side to the glove main body is aligned with an end portion of an area with the moisture-curing urethane-based hot melt adhesive being applied, on a side to a fingertip of the glove main body ; and
A circuitry package for a replaceable print component, comprising: integrated circuitry ; an injection molded substrate supporting the integrated circuitry ; and molding remnants (522a-d) on the molded substrate , wherein the molding remnants (522a-d) are remnants of broken break tabs molded to hold the molded substrate before breaking, wherein the break tab is a structure that protrudes from the molded substrate . integrated circuitry ; an injection molded substrate supporting the integrated circuitry ; and molding remnants (522a-d) on the molded substrate , wherein the molding remnants (522a-d) are remnants of broken break tabs molded to hold the molded substrate before breaking, wherein the break tab is a structure that protrudes from the molded substrate .