mhurhangee/ep-ind-claims huggingface dataset:
An anchor assembly comprising: a tip comprising: a distal portion and a proximal portion; a cavity (1 1c) defined within the tip, a wall of the cavity having threads, and an opening of the cavity located in the proximal portion of the tip; and a through hole extending through the tip having a first region defined in the distal portion of the tip and a second region defined in the proximal portion of the tip; a plug comprising outer threads and configured for locking a suture within the tip, the plug disposed within the cavity of the tip such that the threads of a proximal region of the plug are engaged with the threads of the cavity (1 1c) and the proximal region of the plug extends from the opening of the cavity; and an anchor body disposed about the proximal portion of the tip and enclosing the proximal region of the plug; wherein the second region of the through hole is covered by the anchor body and the first region of the through hole is not covered by the anchor body. a tip comprising: a distal portion and a proximal portion; a cavity (1 1c) defined within the tip, a wall of the cavity having threads, and an opening of the cavity located in the proximal portion of the tip; and a through hole extending through the tip having a first region defined in the distal portion of the tip and a second region defined in the proximal portion of the tip; a distal portion and a proximal portion; a cavity (1 1c) defined within the tip, a wall of the cavity having threads, and an opening of the cavity located in the proximal portion of the tip; and a through hole extending through the tip having a first region defined in the distal portion of the tip and a second region defined in the proximal portion of the tip; a plug comprising outer threads and configured for locking a suture within the tip, the plug disposed within the cavity of the tip such that the threads of a proximal region of the plug are engaged with the threads of the cavity (1 1c) and the proximal region of the plug extends from the opening of the cavity; and an anchor body disposed about the proximal portion of the tip and enclosing the proximal region of the plug; wherein the second region of the through hole is covered by the anchor body and the first region of the through hole is not covered by the anchor body.
A battery cell comprising an electrode assembly comprising two or more unit cells, each of which comprises a cathode, an anode, and a separator disposed between the cathode and the anode, electrode tabs protruding from the respective electrodes, wherein the unit cells are stacked in a height direction on the basis of a plane, at least two of the unit cells having different planar sizes, and one or more corners of each of the unit cells, which do not tangent to one side of each of the unit cells at which the electrode tabs are formed, are round, and characterized in that the electrode assembly is mounted in a battery case in a sealed state such that the electrode assembly is impregnated with an electrolyte, the radius of curvature of each of the round corners is equivalent to 5% to 45% the length of each of the unit cells, the electrode tabs of the unit cells constituting the electrode assembly are coupled to an electrode lead to form an electrode terminal, and the width of the electrode lead is equivalent to 50 to 90% that of each of the electrode tabs.
A heat exchanger component (6, 8) comprising: a core portion comprising alternating first and second heat exchanging channels for exchange of heat between first fluid in the first heat exchanging channels and second fluid in the second heat exchanging channels, wherein the first heat exchanging channels and the second heat exchanging channels are configured to direct the first and second fluids along corresponding routes in the same direction or opposite directions; and a first ducting portion comprising first ducting channels for transfer of first fluid between a first fluid inlet/outlet and the first heat exchanging channels of the core portion and second ducting channels for transfer of second fluid between a second fluid inlet/outlet and the second heat exchanging channels of the core portion, wherein the first ducting channels provide a different flow path geometry to the second ducting channels, and the first fluid inlet/outlet is separate from, and not interleaved with, the second fluid inlet/outlet; the first ducting channels are interleaved with the second ducting channels, characterised in that the first ducting channels are configured to direct the first fluid around a turn of at least 45 degrees; the second ducting channels are configured to direct the second fluid around a turn of at least 90 degrees. a core portion comprising alternating first and second heat exchanging channels for exchange of heat between first fluid in the first heat exchanging channels and second fluid in the second heat exchanging channels, wherein the first heat exchanging channels and the second heat exchanging channels are configured to direct the first and second fluids along corresponding routes in the same direction or opposite directions; and a first ducting portion comprising first ducting channels for transfer of first fluid between a first fluid inlet/outlet and the first heat exchanging channels of the core portion and second ducting channels for transfer of second fluid between a second fluid inlet/outlet and the second heat exchanging channels of the core portion, wherein the first ducting channels provide a different flow path geometry to the second ducting channels, and the first fluid inlet/outlet is separate from, and not interleaved with, the second fluid inlet/outlet; the first ducting channels are interleaved with the second ducting channels, characterised in that the first ducting channels are configured to direct the first fluid around a turn of at least 45 degrees; the second ducting channels are configured to direct the second fluid around a turn of at least 90 degrees.
A computer implemented method in a windowing system of a web application being executed in a first native web browser window, comprising the steps of: displaying a web window with content within the confines of the first native browser window; receiving a command from a user to transfer the web window to a second native browser window; generating the second native browser window; transferring the content of the web window to the second native browser window; and closing the web window. displaying a web window with content within the confines of the first native browser window; receiving a command from a user to transfer the web window to a second native browser window; generating the second native browser window; transferring the content of the web window to the second native browser window; and closing the web window.
An electrical connection box comprising: a connection box housing having an insulation property configured to store a connection box bus bar having conductivity inside the connection box housing; and a branch box housing having an insulation property configured to store a branch box bus bar having conductivity inside the branch box housing; wherein the branch box housing and the connection box housing are stacked in a vertical direction, and the connection box bus bar and the branch box bus bar are electrically connected by bringing a connection box bus bar tip portion (32b, 33b) of the connection box bus bar into direct contact with a branch box bus bar tip portion (61b, 62b) of the branch box bus bar and by jointly fastening the tip portions (32b, 33b, 61b, 62b) using a bus bar fastening member (81, 82) in a state in which the connection box bus bar tip portion (32b, 33b) is in direct contact with the branch box bus bar tip portion (61b, 62b). a connection box housing having an insulation property configured to store a connection box bus bar having conductivity inside the connection box housing; and a branch box housing having an insulation property configured to store a branch box bus bar having conductivity inside the branch box housing; wherein the branch box housing and the connection box housing are stacked in a vertical direction, and the connection box bus bar and the branch box bus bar are electrically connected by bringing a connection box bus bar tip portion (32b, 33b) of the connection box bus bar into direct contact with a branch box bus bar tip portion (61b, 62b) of the branch box bus bar and by jointly fastening the tip portions (32b, 33b, 61b, 62b) using a bus bar fastening member (81, 82) in a state in which the connection box bus bar tip portion (32b, 33b) is in direct contact with the branch box bus bar tip portion (61b, 62b).
A vacuum cleaner comprising: a cleaner main body; a suction motor disposed in the cleaner main body, wherein the suction motor is a brush-less direct current (BLDC) motor arranged to generate a suction force; a suction unit arranged to communicate with the cleaner main body and receive air and dust from a floor; a battery; an inverter arranged to supply power of the battery to the suction motor; and a controller arranged to determine the type of floor and control an operation of the suction motor based on the determined type of floor, wherein the controller is arranged to determine the type of floor based on a reverse electromotive force generated in the suction motor while the suction motor operates. a cleaner main body; a suction motor disposed in the cleaner main body, wherein the suction motor is a brush-less direct current (BLDC) motor arranged to generate a suction force; a suction unit arranged to communicate with the cleaner main body and receive air and dust from a floor; a battery; an inverter arranged to supply power of the battery to the suction motor; and a controller arranged to determine the type of floor and control an operation of the suction motor based on the determined type of floor, wherein the controller is arranged to determine the type of floor based on a reverse electromotive force generated in the suction motor while the suction motor operates.
Device for aligning and gripping a sack, comprising a positioning stop for positioning a side edge of the sack, a movable gripper for gripping the side edge, adjacent to the positioning stop, of the sack located in a pick-up position, wherein the gripper has a gripper stop and for gripping the sack can be moved from a starting position, in which the gripper stop, seen from the pick-up position, is located behind the positioning stop, into a gripping position, in which the gripper stop, seen from the pick-up position, is located by a pre-determined oversize (a) in front of the positioning stop.
A sulfoxidation method comprising: providing a hydrocarbon stream including at least one sulfur compound; providing an oxidant; providing a catalyst comprising a metal compound represented by the general formula M m O m n, wherein M is a metal and R is a carbon group having at least three carbon atoms, where at each occurrence of R is individually a substituted alkyl group containing at least one OH group, a substituted cycloalkyl group containing at least one OH group, a substituted cycloalkylalkyl group containing at least one OH group, a substituted heterocyclyl group containing at least one OH group, or a heterocyclylalkyl containing at least one OH group; and the subscripts m and n are each independently integers between 1 and 8; and contacting the hydrocarbon stream with the oxidant in the presence of the catalyst, resulting in the oxidation of the at least one sulfur compound. providing a hydrocarbon stream including at least one sulfur compound; providing an oxidant; providing a catalyst comprising a metal compound represented by the general formula M m O m n, wherein M is a metal and R is a carbon group having at least three carbon atoms, where at each occurrence of R is individually a substituted alkyl group containing at least one OH group, a substituted cycloalkyl group containing at least one OH group, a substituted cycloalkylalkyl group containing at least one OH group, a substituted heterocyclyl group containing at least one OH group, or a heterocyclylalkyl containing at least one OH group; and the subscripts m and n are each independently integers between 1 and 8; and contacting the hydrocarbon stream with the oxidant in the presence of the catalyst, resulting in the oxidation of the at least one sulfur compound.
A thermoelectric module, having the following features: an electric insulation; an electric conductor track, wherein a surface of the electric conductor track is joined to a surface of the electric insulation; and a thermoelectric material, wherein a surface of the thermoelectric material is joined to a further surface of the electric conductor track, having a further electric conductor track which is arranged on a side of the thermoelectric material lying opposite the electric conductor track, and having further electric insulation which is arranged on a side of the further electric conductor track lying opposite the thermoelectric material, wherein the electric conductor track is composed of a metallic glass, wherein the coefficient of thermal expansion of the electric insulation is lower than the coefficient of thermal expansion of the electric conductor track, and the coefficient of thermal expansion of the electric conductor track is lower than the coefficient of thermal expansion of the thermoelectric material. an electric insulation; an electric conductor track, wherein a surface of the electric conductor track is joined to a surface of the electric insulation; and a thermoelectric material, wherein a surface of the thermoelectric material is joined to a further surface of the electric conductor track, having a further electric conductor track which is arranged on a side of the thermoelectric material lying opposite the electric conductor track, and having further electric insulation which is arranged on a side of the further electric conductor track lying opposite the thermoelectric material, wherein the electric conductor track is composed of a metallic glass, wherein the coefficient of thermal expansion of the electric insulation is lower than the coefficient of thermal expansion of the electric conductor track, and the coefficient of thermal expansion of the electric conductor track is lower than the coefficient of thermal expansion of the thermoelectric material.
A smoking article comprising a tobacco rod and a filter, the filter comprising a filter unit, said filter unit comprising: a first segment of filtration material; a second segment comprising a tubular element of filtration material upstream of the first segment, the tubular element having an outer diameter and an inner diameter, an inner surface of the tubular element being substantially air impermeable; the second segment further comprising an irreversibly collapsible flow restrictor disposed within the tubular element, the flow restrictor being collapsible upon application of a load on the filter; wherein, when the flow restrictor is in a substantially non-collapsed state, the filter unit has a first resistance to draw; and, when the flow restrictor is collapsed, the filter unit has a second RTD, the second RTD being smaller than the first RTD; characterized in that the collapsible flow restrictor is made of an open- or closed-cell, non-elastic foam material that has no shape memory or of an irreversibly deformable wax or putty-like polymeric material. a first segment of filtration material; a second segment comprising a tubular element of filtration material upstream of the first segment, the tubular element having an outer diameter and an inner diameter, an inner surface of the tubular element being substantially air impermeable; the second segment further comprising an irreversibly collapsible flow restrictor disposed within the tubular element, the flow restrictor being collapsible upon application of a load on the filter; wherein, when the flow restrictor is in a substantially non-collapsed state, the filter unit has a first resistance to draw; and, when the flow restrictor is collapsed, the filter unit has a second RTD, the second RTD being smaller than the first RTD; characterized in that the collapsible flow restrictor is made of an open- or closed-cell, non-elastic foam material that has no shape memory or of an irreversibly deformable wax or putty-like polymeric material.
A method comprising: obtaining a substrate (102, 202) comprising at least one exposed flat metal surface; and depositing metal (108, 208a, 208b) onto the at least one exposed flat metal surface of the substrate and around at least a portion of an optical fiber (104, 204) to secure the optical fiber to the substrate and encase at least the portion of the optical fiber, the optical fiber contacting the flat metal surface, the optical fiber being coiled on the flat metal surface; wherein the substrate and the deposited metal are configured to remove heat from the optical fiber. obtaining a substrate (102, 202) comprising at least one exposed flat metal surface; and depositing metal (108, 208a, 208b) onto the at least one exposed flat metal surface of the substrate and around at least a portion of an optical fiber (104, 204) to secure the optical fiber to the substrate and encase at least the portion of the optical fiber, the optical fiber contacting the flat metal surface, the optical fiber being coiled on the flat metal surface; wherein the substrate and the deposited metal are configured to remove heat from the optical fiber.
A fluid regulator, comprising: a loading element; a valve seat; a flow control member having a body that includes a longitudinal bore between a first end and a second end, the flow control member movable relative to the valve seat to control fluid flow through the fluid regulator; a valve stem disposed in the bore of the flow control member; and a connector that slidably couples the valve stem and the flow control member, characterized in that when the flow control member is spaced from the valve seat, the flow control member is operatively coupled to a loading force imparted by the loading element via the valve stem and the connector, and when the flow control member engages the valve seat, the loading element causes the connector to move away from the flow control member to operatively decouple the flow control member from the loading force imparted by the loading element. a loading element; a valve seat; a flow control member having a body that includes a longitudinal bore between a first end and a second end, the flow control member movable relative to the valve seat to control fluid flow through the fluid regulator; a valve stem disposed in the bore of the flow control member; and a connector that slidably couples the valve stem and the flow control member, characterized in that when the flow control member is spaced from the valve seat, the flow control member is operatively coupled to a loading force imparted by the loading element via the valve stem and the connector, and when the flow control member engages the valve seat, the loading element causes the connector to move away from the flow control member to operatively decouple the flow control member from the loading force imparted by the loading element.
A method for storing cards, the method using a packing box storing cards constituting a predetermined number of decks to store the cards in the packing box in a card shooter device for dealing the cards on a game table, wherein the packing box has a rectangular parallelepiped shape, includes a cut line parallel to a longitudinal direction of a rectangular parallelepiped, and is adapted to be able to expose respective side surfaces of the cards within the packing box by dividing the packing box along the cut line to remove a left or right side surface of the packing box, and the card shooter device comprises a main unit including a card storage section storing the cards constituting the predetermined number of decks, and a bottom face, inclined forward, for guiding the cards onto the game table from the card storage section, and a front cover provided in front of the main unit and removably mounted on the main unit in cooperation with an engagement member, the method comprising: a step of removing the front cover from the main unit in the card shooter device; a side surface exposure step of preparing the packing box storing the cards constituting the predetermined number of decks, and exposing the side surfaces of the cards in the packing box by dividing the packing box along the cut line in the packing box to remove the left or right side surface of the packing box; a card storage step of sliding and storing the cards in the card storage section while the cards, together with a part of the packing box, are guided by the bottom face from the front of the main unit from which the front cover is removed; and a storage completion step of removing the packing box from the card storage section and leaving only the cards in the card storage section. a step of removing the front cover from the main unit in the card shooter device; a side surface exposure step of preparing the packing box storing the cards constituting the predetermined number of decks, and exposing the side surfaces of the cards in the packing box by dividing the packing box along the cut line in the packing box to remove the left or right side surface of the packing box; a card storage step of sliding and storing the cards in the card storage section while the cards, together with a part of the packing box, are guided by the bottom face from the front of the main unit from which the front cover is removed; and a storage completion step of removing the packing box from the card storage section and leaving only the cards in the card storage section.