mhurhangee/ep-ind-claims huggingface dataset:
A lower deck element for a busbar adapter, wherein the busbar adapter is designed for connection to a polyphase busbar system, preferably to a three-phase busbar system having three busbars (12, 14, 16), wherein the lower deck element is designed to establish an electrical connection to the busbars (12, 14, 16) of the busbar system, wherein the busbar adapter comprises at least two contact devices, each for connection to a busbar (12, 14, 16), and at least two contact lines (112, 114, 116) for an electrical connection to an electrical device, wherein each contact line (112, 114, 116) is connected electrically to a corresponding contact device, and wherein the lower deck element is designed to arrange the contact devices on the lower deck element, wherein the lower deck element comprises at least two foot elements for fastening the lower deck element to busbars (12, 14, 16; 10), characterised in that: the lower deck element comprises at least two receiving pockets (292, 292'), preferably slot-shaped receiving pockets, each for a corresponding current-measuring device (212, 214, 216, 212', 214', 216') of at least two current-measuring devices (212, 214, 216, 212', 214', 216'), wherein the at least two current-measuring devices are designed such that a current measurement for each phase of the busbar adapter can be carried out in the busbar adapter, wherein the receiving pockets each define a plane which, when the lower deck element is mounted on the busbar system, runs perpendicularly or substantially perpendicularly to a plane which is formed by the busbars (12, 14, 16; 10), and wherein each of the receiving pockets extends at least partially into a foot element. wherein the lower deck element comprises at least two foot elements for fastening the lower deck element to busbars (12, 14, 16; 10), characterised in that: the lower deck element comprises at least two receiving pockets (292, 292'), preferably slot-shaped receiving pockets, each for a corresponding current-measuring device (212, 214, 216, 212', 214', 216') of at least two current-measuring devices (212, 214, 216, 212', 214', 216'), wherein the at least two current-measuring devices are designed such that a current measurement for each phase of the busbar adapter can be carried out in the busbar adapter, wherein the receiving pockets each define a plane which, when the lower deck element is mounted on the busbar system, runs perpendicularly or substantially perpendicularly to a plane which is formed by the busbars (12, 14, 16; 10), and wherein each of the receiving pockets extends at least partially into a foot element.
Motorcycle cruise control system intended for cooperation with a rotary throttle grip of a motorcycle, comprising a clamping device with a stationary clamping part and a movable clamping part which is movable between a clamping position for clamping the throttle grip and maintaining it in a desired rotary position, and a release position allowing a rotation of the throttle grip, an operating mechanism for moving the movable clamping part between its clamping and release positions and a holding arrangement for holding the clamping device substantially stationary with respect to the motorcycle, characterized in that the operating mechanism comprises an eccentric mechanism with a first arm and a second arm of which respective first ends are pivotably connected to the stationary clamping part and movable clamping part, respectively, and of which the second ends are pivotably connected to each other.
Energy transmission apparatus for a vehicle which has a wheel axle and at least one wheel, wherein a wheel rim of the wheel is mechanically coupled to the wheel axle by means of a connecting unit (18, 20), and wherein the wheel is designed to roll on a ground surface in order to allow the vehicle to move forward, comprising: - a connection unit for connecting an electrical energy source or an electrical energy sink, and - at least one transmission element which is electrically coupled to the connection unit and which is designed to exchange electrical energy between the electrical energy source or energy sink and an external energy transmission unit which is arranged outside the vehicle by means of wireless energy transmission, wherein the energy transmission apparatus is connected in a rotationally fixed manner to the wheel of the vehicle, characterized in that the connecting unit has a plurality of spokes, and wherein the energy transmission apparatus has an electrical line which is arranged in one of the spokes and which electrically couples the transmission element to the connection unit. - a connection unit for connecting an electrical energy source or an electrical energy sink, and - at least one transmission element which is electrically coupled to the connection unit and which is designed to exchange electrical energy between the electrical energy source or energy sink and an external energy transmission unit which is arranged outside the vehicle by means of wireless energy transmission, wherein the energy transmission apparatus is connected in a rotationally fixed manner to the wheel of the vehicle, characterized in that
Flow guiding plate for a fuel cell, characterized in that it includes a conducting sheet comprising a relief: - defining an alternation of flow channels on opposite first and second faces (55, 56) of the sheet, two successive flow channels (553, 554) of the first face being separated by walls delimiting a flow channel of the second face, said flow channels of the first and second faces extending along one and the same longitudinal direction; - defining, at a first end of each of the flow channels of the second face and of a first group of flow channels of the first face, a respective orifice for access to these flow channels; - defining, at a second end of each of the flow channels of the second face and of a second group of flow channels of the first face, a respective orifice for access to these flow channels; - defining, at the second end of each of the flow channels of the first group and at the first end of each of the flow channels of the second group, a flow restriction (555, 556) with respect to the other end, the first face comprising an alternation of flow channels of the first group and of flow channels of the second group. - defining an alternation of flow channels on opposite first and second faces (55, 56) of the sheet, two successive flow channels (553, 554) of the first face being separated by walls delimiting a flow channel of the second face, said flow channels of the first and second faces extending along one and the same longitudinal direction; - defining, at a first end of each of the flow channels of the second face and of a first group of flow channels of the first face, a respective orifice for access to these flow channels; - defining, at a second end of each of the flow channels of the second face and of a second group of flow channels of the first face, a respective orifice for access to these flow channels; - defining, at the second end of each of the flow channels of the first group and at the first end of each of the flow channels of the second group, a flow restriction (555, 556) with respect to the other end, the first face comprising an alternation of flow channels of the first group and of flow channels of the second group.
An intravascular blood filter system, comprising: an expandable proximal filter adapted to be collapsed within a proximal sheath; an expandable distal filter carried by a guiding member and adapted to be collapsed within a distal articulatable sheath, wherein the proximal sheath and the proximal filter are adapted for relative axial translation to allow the proximal filter to expand from a collapsed configuration within the proximal sheath to an expanded configuration outside of the proximal sheath, and wherein the guiding member and the distal sheath are adapted for relative axial translation to allow the expandable distal filter to expand from a collapsed configuration within the distal articulatable sheath to an expanded configuration outside of the distal articulatable sheath characterised in that the distal articulatable sheath has a preset S-bend configuration, the proximal filter has a generally distally-facing opening, and the distal filter has a generally proximally-facing opening. an expandable proximal filter adapted to be collapsed within a proximal sheath; an expandable distal filter carried by a guiding member and adapted to be collapsed within a distal articulatable sheath, wherein the proximal sheath and the proximal filter are adapted for relative axial translation to allow the proximal filter to expand from a collapsed configuration within the proximal sheath to an expanded configuration outside of the proximal sheath, and wherein the guiding member and the distal sheath are adapted for relative axial translation to allow the expandable distal filter to expand from a collapsed configuration within the distal articulatable sheath to an expanded configuration outside of the distal articulatable sheath characterised in that the distal articulatable sheath has a preset S-bend configuration, the proximal filter has a generally distally-facing opening, and the distal filter has a generally proximally-facing opening.
Apparatus for making a frozen confectionery product by rotary vertical extrusion into a container, said apparatus comprising a nozzle comprising - a frozen confectionery passage with one inlet port and a single outlet port having an elongated cross-section, - two coating passages with two coating inlet ports and two corresponding coating outlet ports having elongated cross-sections, wherein the frozen confectionery passage inlet port and the single elongated outlet port are joined by a funnel passage expanding at an angle of 35 - 25°, preferably 32 - 27°, relative to the flow direction in the nozzle and a land length passage having walls parallel to the flow direction of the nozzle, and wherein the coating outlet ports are positioned on the inside walls of the land length passage upstream of the frozen confectionery outlet port and extend in parallel to the frozen confectionery outlet port, so as to form an annular or helical coating layer in or on the frozen confectionery upon rotation of the nozzle and the container with respect to one another, and wherein the width of the frozen confectionery outlet port is 10 - 17 mm, preferably 15 - 17 mm wide. - a frozen confectionery passage with one inlet port and a single outlet port having an elongated cross-section, - two coating passages with two coating inlet ports and two corresponding coating outlet ports having elongated cross-sections, wherein the frozen confectionery passage inlet port and the single elongated outlet port are joined by a funnel passage expanding at an angle of 35 - 25°, preferably 32 - 27°, relative to the flow direction in the nozzle and a land length passage having walls parallel to the flow direction of the nozzle, and wherein the coating outlet ports are positioned on the inside walls of the land length passage upstream of the frozen confectionery outlet port and extend in parallel to the frozen confectionery outlet port, so as to form an annular or helical coating layer in or on the frozen confectionery upon rotation of the nozzle and the container with respect to one another, and wherein the width of the frozen confectionery outlet port is 10 - 17 mm, preferably 15 - 17 mm wide.
Apparatus (20, 20a) for percutaneous repair or replacement of a valve of a subject, the apparatus comprising: a plurality of flexible tube guides; an annular assembly of tubes, each of the tubes being slidably disposed within a respective one of the tube guides; a plurality of threads, each of which comprising a distal end that is carried by a respective one of the tubes; an expandable annular structure coupled to the tube guides, configured to expand the assembly of tubes, from a collapsed configuration, over tissue of the subject, by moving the tube guides radially outward; and a plurality of control wires coupled directly or indirectly to the tube guides so as to render the control wires configured to flex the tube guides and thus position the tubes, subsequently to the expansion of the assembly, for deployment of the threads from the tubes and into the tissue. a plurality of flexible tube guides; an annular assembly of tubes, each of the tubes being slidably disposed within a respective one of the tube guides; a plurality of threads, each of which comprising a distal end that is carried by a respective one of the tubes; an expandable annular structure coupled to the tube guides, configured to expand the assembly of tubes, from a collapsed configuration, over tissue of the subject, by moving the tube guides radially outward; and a plurality of control wires coupled directly or indirectly to the tube guides so as to render the control wires configured to flex the tube guides and thus position the tubes, subsequently to the expansion of the assembly, for deployment of the threads from the tubes and into the tissue.
A mounting apparatus for mounting a handle to a power tool, the apparatus comprising:- a support (6, 8) for supporting a handle and engaging a body of the power tool; a flexible member for engaging the support at first and second locations to form a loop for retaining the support in engagement with the body of the power tool; a retaining mechanism comprising a pair of first members for engaging the support and the flexible member, and retaining means for retaining the first members in position relative to the support; and adjustment means for causing movement of said first members relative to each other in a first direction to reduce the size of said loop and in a second direction to increase the size of said loop; characterised in that at least one said first member is slidable relative to said support by means of mutually engaging surfaces on said first member and said support to adjust the size of said loop. a support (6, 8) for supporting a handle and engaging a body of the power tool; a flexible member for engaging the support at first and second locations to form a loop for retaining the support in engagement with the body of the power tool; a retaining mechanism comprising a pair of first members for engaging the support and the flexible member, and retaining means for retaining the first members in position relative to the support; and adjustment means for causing movement of said first members relative to each other in a first direction to reduce the size of said loop and in a second direction to increase the size of said loop;
Cosmetic sudation cream comprising: - Between 12.0 % in weight and 17.0 % in weight of corn starch; - Between 40.0 % in weight and 55.0 % in weight of lemon juice; - Between 30.0 % in weight and 45.0 % in weight of NaCl; - Between 0 % in weight and 10.0 % in weight of water. - Between 12.0 % in weight and 17.0 % in weight of corn starch; - Between 40.0 % in weight and 55.0 % in weight of lemon juice; - Between 30.0 % in weight and 45.0 % in weight of NaCl; - Between 0 % in weight and 10.0 % in weight of water.
A burring method, comprising: a placement process of disposing a sheet-shaped workpiece formed with a through hole such that a punch is positioned on one sheet thickness direction side of the workpiece and a pad is positioned on the opposite side to the one sheet thickness direction side of the workpiece; and an extrusion process of forming a flange by moving the punch toward the opposite side relative to the workpiece and extruding a peripheral rim of the through hole in the workpiece with the punch in a state in which the peripheral rim of the through hole is pressed by the punch and the pad in the sheet thickness direction of the workpiece, until an end of the peripheral rim of the through hole comes out from between the punch and the pad. a placement process of disposing a sheet-shaped workpiece formed with a through hole such that a punch is positioned on one sheet thickness direction side of the workpiece and a pad is positioned on the opposite side to the one sheet thickness direction side of the workpiece; and an extrusion process of forming a flange by moving the punch toward the opposite side relative to the workpiece and extruding a peripheral rim of the through hole in the workpiece with the punch in a state in which the peripheral rim of the through hole is pressed by the punch and the pad in the sheet thickness direction of the workpiece, until an end of the peripheral rim of the through hole comes out from between the punch and the pad.
An endoscopic surgery device comprising: an endoscope including observation means in a distal end of a rod-shaped insertion part; a treatment tool including an operation unit in a proximal end of a rod-shaped insertion part; and an outer tube (100, 200) including an endoscope insertion path (112, 116, 204) in which the insertion part of the endoscope is insertable in a back-and-forth movable manner, and a treatment tool insertion path (108, 114, 206) in which the insertion part of the treatment tool is insertable in a back-and-forth movable manner, characterised in that, the insertion part of the endoscope inserted in the endoscope insertion path (112, 116, 204) is configured to be movable back and forth with a predetermined allowance amount, in interlock with a back-and-forth movement of the insertion part of the treatment tool inserted in the treatment tool insertion path (108, 114, 206), so that when the insertion part of the treatment tool is moved in the back-and-forth direction, if the movement is within a range of the allowable amount, the insertion part of the endoscope does not move in the back-and-forth direction. an endoscope including observation means in a distal end of a rod-shaped insertion part; a treatment tool including an operation unit in a proximal end of a rod-shaped insertion part; and an outer tube (100, 200) including an endoscope insertion path (112, 116, 204) in which the insertion part of the endoscope is insertable in a back-and-forth movable manner, and a treatment tool insertion path (108, 114, 206) in which the insertion part of the treatment tool is insertable in a back-and-forth movable manner, characterised in that, the insertion part of the endoscope inserted in the endoscope insertion path (112, 116, 204) is configured to be movable back and forth with a predetermined allowance amount, in interlock with a back-and-forth movement of the insertion part of the treatment tool inserted in the treatment tool insertion path (108, 114, 206), so that when the insertion part of the treatment tool is moved in the back-and-forth direction, if the movement is within a range of the allowable amount, the insertion part of the endoscope does not move in the back-and-forth direction.
A memory device, comprising: an array of memory cells having a plurality of cell stacks, wherein a polarity of access is positive in a cell stack where current flows from a programmable memory of the cell stack to a select device of the cell stack and a polaity of access is negative in a cell stack where current flows from a select device of the cell stack to a programmable memory of the cell stack; and a memory controller comprising logic configured to: receive a request to program a memory cell within the array of memory cells; select a current magnitude and a duration of the current magnitude for a termination stage of a multi-stage programming set pulse based on a polarity of access, a number of prior write cycles for the memory cell, and electrical distances between the memory cell and wordline/bitline decoders within the array of memory cells; and initiate, in response to the request, the multi-stage programming set pulse to program the memory cell within the array of memory cells, wherein the selected current magnitude and the selected duration of the current magnitude are applied during the termination stage of the multi-stage programming set pulse. an array of memory cells having a plurality of cell stacks, wherein a polarity of access is positive in a cell stack where current flows from a programmable memory of the cell stack to a select device of the cell stack and a polaity of access is negative in a cell stack where current flows from a select device of the cell stack to a programmable memory of the cell stack; and a polarity of access is positive in a cell stack where current flows from a programmable memory of the cell stack to a select device of the cell stack and a polaity of access is negative in a cell stack where current flows from a select device of the cell stack to a programmable memory of the cell stack; and a memory controller comprising logic configured to: receive a request to program a memory cell within the array of memory cells; select a current magnitude and a duration of the current magnitude for a termination stage of a multi-stage programming set pulse based on a polarity of access, a number of prior write cycles for the memory cell, and electrical distances between the memory cell and wordline/bitline decoders within the array of memory cells; and receive a request to program a memory cell within the array of memory cells; select a current magnitude and a duration of the current magnitude for a termination stage of a multi-stage programming set pulse based on a polarity of access, a number of prior write cycles for the memory cell, and electrical distances between the memory cell and wordline/bitline decoders within the array of memory cells; and initiate, in response to the request, the multi-stage programming set pulse to program the memory cell within the array of memory cells, wherein the selected current magnitude and the selected duration of the current magnitude are applied during the termination stage of the multi-stage programming set pulse.
A surveillance method, comprising: a media capturing device of a sensor device capturing media according to a trigger event; the sensor device sending a media ready notice to a host; characterized in that: the host sending a media size request to the sensor device to request a size of captured media; the sensor device sending a media size response to the host to notify the host of size of the captured media; the host determining a number of packets to be transmitted in burst mode according to notified size of the captured media, and then the host sending a corresponding burst mode packets transmit request to the sensor device; and the sensor device transmitting the determined number of packets in burst mode to the host according to the burst mode packets transmit request. a media capturing device of a sensor device capturing media according to a trigger event; the sensor device sending a media ready notice to a host; the host sending a media size request to the sensor device to request a size of captured media; the sensor device sending a media size response to the host to notify the host of size of the captured media; the host determining a number of packets to be transmitted in burst mode according to notified size of the captured media, and then the host sending a corresponding burst mode packets transmit request to the sensor device; and the sensor device transmitting the determined number of packets in burst mode to the host according to the burst mode packets transmit request.