mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless power transmitter , comprising: a ground plate ; a conductive wire offset from the ground plate, the conductive wire forming a loop antenna that is configured to radiate an RF signal for wirelessly powering a receiver device; a plurality of feed elements (204-A, 204-B) extending from the ground plate to the conductive wire, wherein each feed element is connected to the conductive wire at a different position on the conductive wire; and a power amplifier connected to one or more feed elements of the plurality of feed elements, the power amplifier being configured to selectively feed the RF signal to a respective feed element of the one or more feed elements based on a location of the receiver device relative to the plurality of feed elements; wherein: the conductive wire comprises a plurality of contiguous segments (202-A, 202-B, 202-C, 202-D); each of the plurality of feed elements is positioned between a respective pair of segments of the plurality of contiguous segments; and each of the plurality of feed elements comprises first and second conductors connected to different contiguous segments of the respective pair of contiguous segments. a ground plate ; a conductive wire offset from the ground plate, the conductive wire forming a loop antenna that is configured to radiate an RF signal for wirelessly powering a receiver device; a plurality of feed elements (204-A, 204-B) extending from the ground plate to the conductive wire, wherein each feed element is connected to the conductive wire at a different position on the conductive wire; and a power amplifier connected to one or more feed elements of the plurality of feed elements, the power amplifier being configured to selectively feed the RF signal to a respective feed element of the one or more feed elements based on a location of the receiver device relative to the plurality of feed elements; wherein: the conductive wire comprises a plurality of contiguous segments (202-A, 202-B, 202-C, 202-D); each of the plurality of feed elements is positioned between a respective pair of segments of the plurality of contiguous segments; and each of the plurality of feed elements comprises first and second conductors connected to different contiguous segments of the respective pair of contiguous segments. the conductive wire comprises a plurality of contiguous segments (202-A, 202-B, 202-C, 202-D); each of the plurality of feed elements is positioned between a respective pair of segments of the plurality of contiguous segments; and each of the plurality of feed elements comprises first and second conductors connected to different contiguous segments of the respective pair of contiguous segments.
A method comprising: obtaining, at a device , packet data descriptive of authorized traffic of a network ; generating, at the device , rule elements based on the packet data ; consolidating, at the device , at least some of the rule elements based on distance measures associated with the rule elements ; and generating, at the device , firewall filter rules for the network based on the rule elements that have been consolidated, wherein the distance measures are based on numerical differences between addresses associated with the rule elements. obtaining, at a device , packet data descriptive of authorized traffic of a network ; generating, at the device , rule elements based on the packet data ; consolidating, at the device , at least some of the rule elements based on distance measures associated with the rule elements ; and generating, at the device , firewall filter rules for the network based on the rule elements that have been consolidated, wherein the distance measures are based on numerical differences between addresses associated with the rule elements.
An integrated power electronics assembly module mounted on a system board, comprising: a power unit comprising a power level circuit board and a shielding casing , the power level circuit board being contained in the shielding casing ; a clamping auxiliary circuit board configured to stack outside the shielding casing and electrically couple to the power level circuit board via the shielding casing , so as to be configured to reduce a parasitic inductance generated by a commutation loop constituted by the power level circuit board and the clamping auxiliary circuit board ; and a control circuit board configured to stack on the clamping auxiliary circuit board and electrically couple to the power level circuit board via the shielding casing , so as to control the power level circuit board ; characterized by further comprising: an adapter mask disposed between the control circuit board and the clamping auxiliary circuit board , the adapter mask carrying the control circuit board , and a shape of the adapter mask matching with a shape of the shielding casing ; and a plurality of hooks and a plurality of elastic members disposed on the shielding casing , wherein an accommodation space (g) is formed between the elastic members and the hooks to allow the adapter mask to be fixed between the hooks and the elastic members . a power unit comprising a power level circuit board and a shielding casing , the power level circuit board being contained in the shielding casing ; a clamping auxiliary circuit board configured to stack outside the shielding casing and electrically couple to the power level circuit board via the shielding casing , so as to be configured to reduce a parasitic inductance generated by a commutation loop constituted by the power level circuit board and the clamping auxiliary circuit board ; and a control circuit board configured to stack on the clamping auxiliary circuit board and electrically couple to the power level circuit board via the shielding casing , so as to control the power level circuit board ; characterized by further comprising: an adapter mask disposed between the control circuit board and the clamping auxiliary circuit board , the adapter mask carrying the control circuit board , and a shape of the adapter mask matching with a shape of the shielding casing ; and a plurality of hooks and a plurality of elastic members disposed on the shielding casing , wherein an accommodation space (g) is formed between the elastic members and the hooks to allow the adapter mask to be fixed between the hooks and the elastic members . an adapter mask disposed between the control circuit board and the clamping auxiliary circuit board , the adapter mask carrying the control circuit board , and a shape of the adapter mask matching with a shape of the shielding casing ; and a plurality of hooks and a plurality of elastic members disposed on the shielding casing , wherein an accommodation space (g) is formed between the elastic members and the hooks to allow the adapter mask to be fixed between the hooks and the elastic members .
A device for suture thread cutting, comprising: a handle ; a stationary external element having a proximal end connected to said handle; a movable cutter having a cutting edge , and wherein said cutter is operatively connected to said handle to move said cutting edge between a first position and a second position within said external element; characterized by a suture channel at the distal end of said external element; said suture channel including a distal portion extending proximally and a diagonal portion extending from the distal portion diagonally with respect to a long axis of the cutter; said suture channel fitted and shaped for holding a suture thread; an aligning element , connected to a distal end of said stationary external element comprising a U-shaped opening fitted to the distal end of said suture channel; a distal flange on said cutter, said distal flange having a gap at a circumference of said distal flange, said gap comprising said cutting edge, and wherein in said first position the suture thread is retained within the suture channel and in said second position the suture thread is cut between said cutting edge and said suture channel. a handle ; a stationary external element having a proximal end connected to said handle; a movable cutter having a cutting edge , and wherein said cutter is operatively connected to said handle to move said cutting edge between a first position and a second position within said external element; characterized by a suture channel at the distal end of said external element; said suture channel including a distal portion extending proximally and a diagonal portion extending from the distal portion diagonally with respect to a long axis of the cutter; said suture channel fitted and shaped for holding a suture thread; an aligning element , connected to a distal end of said stationary external element comprising a U-shaped opening fitted to the distal end of said suture channel; a distal flange on said cutter, said distal flange having a gap at a circumference of said distal flange, said gap comprising said cutting edge, and wherein in said first position the suture thread is retained within the suture channel and in said second position the suture thread is cut between said cutting edge and said suture channel.
Profile seal having an inner part which is in the form of a knitted cord and which either is surrounded by a braided tubular jacket or has a tubular jacket knitted around the cord, wherein the inner part has a different colour than the tubular jacket enveloping the inner part , characterized in that the inner part is in the form of a cord coloured with a signal colour, so that, in the event of the tubular jacket being locally destroyed, the consequently visible inner part forms a wear indicator of the profile seal , wherein a purely optical wear indicator is involved and thus no sensors or other elaborate measures are required to signal the wear that occurs. wherein the inner part has a different colour than the tubular jacket enveloping the inner part , characterized in that the inner part is in the form of a cord coloured with a signal colour, so that, in the event of the tubular jacket being locally destroyed, the consequently visible inner part forms a wear indicator of the profile seal , wherein a purely optical wear indicator is involved and thus no sensors or other elaborate measures are required to signal the wear that occurs.
Disconnector for high voltages, said disconnector comprising: - a first contact ; - a second contact comprising a mobile part and a fixed part , said mobile part comprising a contact body and a contact head which can be moved in relation to the contact body ; - a contact support designed to support said contact body ; - a first movement device, which can move the contact body along an axis A from a closed position (F), in which the contact body is in contact with said first contact , to an open position (O), and vice versa; - a second movement device, which can be triggered by means of said contact support and is able, during a movement of said contact body from the closed position (F) to the open position (O), to temporarily keep the contact head in contact with said first contact while storing energy, then to suddenly release said stored energy in order to transitorily move said contact head from a position A distant from said contact body to a position B near to said contact body in such a way as to break the electrical contact between the contact head and said first contact , characterised in that said contact body comprises a frontal part which is abutted by the contact head at near position B, said frontal part being completely covered by said contact head when the latter is at position B in such a way as to prevent frontal contact between the first contact and the contact body . - a first contact ; - a second contact comprising a mobile part and a fixed part , said mobile part comprising a contact body and a contact head which can be moved in relation to the contact body ; - a contact support designed to support said contact body ; - a first movement device, which can move the contact body along an axis A from a closed position (F), in which the contact body is in contact with said first contact , to an open position (O), and vice versa; - a second movement device, which can be triggered by means of said contact support and is able, during a movement of said contact body from the closed position (F) to the open position (O), to temporarily keep the contact head in contact with said first contact while storing energy, then to suddenly release said stored energy in order to transitorily move said contact head from a position A distant from said contact body to a position B near to said contact body in such a way as to break the electrical contact between the contact head and said first contact , characterised in that said contact body comprises a frontal part which is abutted by the contact head at near position B, said frontal part being completely covered by said contact head when the latter is at position B in such a way as to prevent frontal contact between the first contact and the contact body .
A computer-implemented method to enable repeat checkin signals by user computing devices via periodically changing beacon device codes, comprising: receiving , by a user computing device and from a beacon device at a location of a service provider system, a first beacon device code comprising a hardware identifier of the beacon device ; in response to receiving the first beacon device code, transmitting , by the user computing device and to one or more computing devices , a first checkin signal comprising the first beacon device code and a user account identifier associated with a user account; at a time after receiving the first beacon device code, receiving , by the user computing device and from the beacon device , a second beacon device code and a hardware identifier associated with the beacon device ; and in response to receiving the second beacon device code and a hardware identifier associated with the beacon device, transmitting , by the user computing device and to the one or more computing devices , a second checkin signal comprising the first beacon device code and the user account identifier. receiving , by a user computing device and from a beacon device at a location of a service provider system, a first beacon device code comprising a hardware identifier of the beacon device ; in response to receiving the first beacon device code, transmitting , by the user computing device and to one or more computing devices , a first checkin signal comprising the first beacon device code and a user account identifier associated with a user account; at a time after receiving the first beacon device code, receiving , by the user computing device and from the beacon device , a second beacon device code and a hardware identifier associated with the beacon device ; and in response to receiving the second beacon device code and a hardware identifier associated with the beacon device, transmitting , by the user computing device and to the one or more computing devices , a second checkin signal comprising the first beacon device code and the user account identifier.
An implantation assembly for insertion of an implantable tissue retractor for treatment of a breathing disorder, the implantation assembly comprising: an implantation device comprising: a shaft having a pointed end and a second end; a mechanical coupler near the pointed end of the shaft , the mechanical coupler adapted to couple with a removable coupler of the tissue retractor ; and a handle at the second end; and wherein: the implantation assembly further comprises a tissue retractor holder comprising: a handle ; a retainer disposed at a distal end of the handle of the tissue retractor holder for releasably retaining the removable coupler of the tissue retractor ; and a detainer positioned along the handle of the tissue retractor holder for releasably engaging the tissue retractor , wherein the retainer is adapted to provide a force to a soft tissue, the force preventing deformation of the soft tissue when the implantation device is inserted into an opposite side of the soft tissue. an implantation device comprising: a shaft having a pointed end and a second end; a mechanical coupler near the pointed end of the shaft , the mechanical coupler adapted to couple with a removable coupler of the tissue retractor ; and a handle at the second end; and wherein: the implantation assembly further comprises a tissue retractor holder comprising: a handle ; a retainer disposed at a distal end of the handle of the tissue retractor holder for releasably retaining the removable coupler of the tissue retractor ; and a detainer positioned along the handle of the tissue retractor holder for releasably engaging the tissue retractor , a shaft having a pointed end and a second end; a mechanical coupler near the pointed end of the shaft , the mechanical coupler adapted to couple with a removable coupler of the tissue retractor ; and a handle at the second end; and wherein: the implantation assembly further comprises a tissue retractor holder comprising: a handle ; a retainer disposed at a distal end of the handle of the tissue retractor holder for releasably retaining the removable coupler of the tissue retractor ; and a detainer positioned along the handle of the tissue retractor holder for releasably engaging the tissue retractor , a handle ; a retainer disposed at a distal end of the handle of the tissue retractor holder for releasably retaining the removable coupler of the tissue retractor ; and a detainer positioned along the handle of the tissue retractor holder for releasably engaging the tissue retractor , wherein the retainer is adapted to provide a force to a soft tissue, the force preventing deformation of the soft tissue when the implantation device is inserted into an opposite side of the soft tissue.
A slim type touch panel comprising: a first sensor electrode cover sheet in which a sensor electrode layer is patterned and comprising an upper substrate ; a first adhesive layer disposed at a lower part of the first sensor electrode cover sheet ; a film layer disposed at a lower part of the first adhesive layer and comprising a second sensor electrode layer ; the slim type touch panel further characterized by a dummy pattern layer formed with the same material as that of the sensor electrode layer in the upper substrate area in which the sensor electrode layer is not formed, the dummy pattern layer being formed at least in part in an area between sensor electrode lines; and a signal line connected to the dummy pattern layer to output an antenna signal. a first sensor electrode cover sheet in which a sensor electrode layer is patterned and comprising an upper substrate ; a first adhesive layer disposed at a lower part of the first sensor electrode cover sheet ; a film layer disposed at a lower part of the first adhesive layer and comprising a second sensor electrode layer ; the slim type touch panel further characterized by a dummy pattern layer formed with the same material as that of the sensor electrode layer in the upper substrate area in which the sensor electrode layer is not formed, the dummy pattern layer being formed at least in part in an area between sensor electrode lines; and a signal line connected to the dummy pattern layer to output an antenna signal.
A piston unit reciprocable along a slide hole created in a cylinder tube , the piston unit comprising: a piston body ; a packing attached to an outer circumferential part of the piston body; a holding member attached to the outer circumferential part of the piston body and including a plurality of magnet holding portions disposed in a circumferential direction; a plurality of magnets held by the plurality of magnet holding portions at intervals in the circumferential direction; a first yoke with a ring shape disposed on one side of the plurality of magnets in an axial direction; and a second yoke with a ring shape disposed on another side of the plurality of magnets in the axial direction, characterized in that the second yoke includes: an adjoining portion adjoining the plurality of magnets; and an axial portion having a ring shape and protruding from an outer circumferential part of the adjoining portion in the axial direction to be away from the first yoke. a piston body ; a packing attached to an outer circumferential part of the piston body; a holding member attached to the outer circumferential part of the piston body and including a plurality of magnet holding portions disposed in a circumferential direction; a plurality of magnets held by the plurality of magnet holding portions at intervals in the circumferential direction; a first yoke with a ring shape disposed on one side of the plurality of magnets in an axial direction; and a second yoke with a ring shape disposed on another side of the plurality of magnets in the axial direction, characterized in that the second yoke includes: an adjoining portion adjoining the plurality of magnets; and an axial portion having a ring shape and protruding from an outer circumferential part of the adjoining portion in the axial direction to be away from the first yoke. an adjoining portion adjoining the plurality of magnets; and an axial portion having a ring shape and protruding from an outer circumferential part of the adjoining portion in the axial direction to be away from the first yoke.
A lawnmower comprising a frame , wheels and a handle connected to said frame by a junction , wherein the junction comprises a body to which the handle is fastened, the body comprises a cylindrical element provided with a through cavity with a horizontal axis (O), and at least one fastening element of the handle , said cylindrical element includes a first end and a second end , characterized in that the body comprises two arms fastened to the frame and means for blocking/releasing the movement of the body with respect to said arms , the body comprising said cylindrical element and said at least one fastening element of the handle in one piece, the first end comprises a toothed gear and at least one protrusion developing in the direction of the horizontal axis (O), each arm comprises a body able to be fastened to the frame of the lawnmower , and an annular portion surmounting said body , said ends of the cylindrical element being rotatably associated, about the horizontal axis (O), to respective annular portions of the arms , according to a plurality of selectable blocking and releasing positions, the annular portion of a first arm comprises an edge from which protrusions develop in the direction of the horizontal axis (O), outwards with respect to the space between said annular portions occupied by the cylindrical element of the body , recesses being identified between consecutive protrusions , said junction further includes a bushing comprising a toothed gear between an inner gear and an outer gear , and a central through cavity , the outer gear of the bushing has an alternating series of protrusions and recesses , the inner gear of the bushing includes two curved protrusions between which two curved recesses are identified, said at least one protrusion of the body being able to engage one of said curved recesses , the blocking/releasing means comprise a lever with a cam profile, and a bar able to cross the annular portions , the through cavity of the body and the bushing , said lever being rotatably associated with the bar between a blocking position and a releasing position, said blocking/releasing means further comprising springs and a closing nut able to be tightened on one end of the bar .