mhurhangee/ep-ind-claims huggingface dataset:
A connector assembly of an electronic expansion valve, comprising a connector seat hermetically connected to a housing of the electronic expansion valve, and contact pins configured to connect an external control component, and the housing having a valve cavity in which an electrical motor is internally arranged, wherein, the connector seat has a sealing cavity in communication with the valve cavity, an insulation sleeve is provided inside the sealing cavity, the insulation sleeve is provided with mounting positions corresponding to terminals of the electrical motor, and the mounting positions are electrically insulated from each other and spaced from each other, the insulation sleeve is further provided with connecting holes configured to allow the contact pins to pass through, and each of the contact pins has one end passing through the respective connecting hole to be connected to the respective terminal, and another end extending out of the sealing cavity to form a connecting end to connect the external control component, wherein the contact pins are fixedly connected to and electrically insulated from the inner wall of the connector seat by sintering glass, wherein the glass blocks a middle section of the connector seat, to form the sealing cavity and a connecting cavity at two ends of the connector seat respectively, and the connecting cavity is configured to encase the connecting ends of the contact pins.
A method for three-dimensional printing, comprising: patterning build material layers to form an intermediate structure, the patterning including: selectively applying a binding agent to define: a build material support structure and a patterned intermediate part; and selectively applying i) the binding agent and a separate agent including a gas precursor or ii) a combined agent including a binder and the gas precursor to define a patterned breakable connection between at least a portion of the build material support structure and at least a portion of the patterned intermediate part; wherein the gas precursor is selected from the group consisting of a transition metal hydride; an alkaline earth carbonate that releases carbon dioxide when activated, for example barium carbonate or strontium carbonate; and a solid state mixture of an oxidizable species and an oxidizing agent to produce an oxidation product in a gas state at a sintering temperature used during the heating, wherein the oxidizable species includes carbon particles and the oxidizing agent is a transition metal oxide selected from the group consisting of FezOa, Mn 2 O 3, Cr 2 O 3, and Co 3 O 4; and heating the intermediate structure to a temperature that activates the gas precursor to create gas pockets in the patterned breakable connection. selectively applying a binding agent to define: a build material support structure and a patterned intermediate part; and selectively applying i) the binding agent and a separate agent including a gas precursor or ii) a combined agent including a binder and the gas precursor to define a patterned breakable connection between at least a portion of the build material support structure and at least a portion of the patterned intermediate part; wherein the gas precursor is selected from the group consisting of a transition metal hydride; an alkaline earth carbonate that releases carbon dioxide when activated, for example barium carbonate or strontium carbonate; and a solid state mixture of an oxidizable species and an oxidizing agent to produce an oxidation product in a gas state at a sintering temperature used during the heating, wherein the oxidizable species includes carbon particles and the oxidizing agent is a transition metal oxide selected from the group consisting of FezOa, Mn 2 O 3, Cr 2 O 3, and Co 3 O 4; and heating the intermediate structure to a temperature that activates the gas precursor to create gas pockets in the patterned breakable connection.
A drive configuration for a skid steered vehicle comprising: a respective drive member adapted to be located at each side of the vehicle, each drive member engaging with a track or wheel of the vehicle; at least one electric propulsion motor (1a, 1b) in operable communication with said drive members operable to drive the tracks or wheels of the skid steered vehicle; at least one steer motor (9a, 9b) in driveable communication with a controlled differential, the controlled differential being positioned between and connecting two shafts (7a, 7b) and being in driveable communication with each shaft, the ends of each shaft remote from the controlled differential forming an output from the transmission and being in driveable communication with the drive members, wherein at least part of the output of the controlled differential connects directly via each shaft to the transmission output such that the output of the controlled differential attaches solidly to and turns at the same speed as the transmission output, and wherein the drive configuration further comprises a gear reduction unit (3a, 3b) and optionally a gear change unit (2a, 2b), the propulsion motor and the gear reduction unit and optional gear change unit being connected in a parallel connection to the transmission output.
A device for closing a wound, the device comprising an implant (1, 1', 21) having a first end, a second end, and a longitudinal axis extending between the first end and the second end, the implant (1, 21) comprising: a first frame (11, 11') at the first end; and a flexible tubular section connected to the first frame (11, 11') and extending along the longitudinal axis, the tubular section having a first portion and a second portion; wherein a wall of the tubular section defines a coaxial inner bore, and wherein the device is adjustable to a first position where the first portion and the second portion of the tubular section are rotated circumferentially around the longitudinal axis in a first direction relative to one another, such that the bore is closed in an area of the tubular section between the first and second portions (18, 19), the device further comprising a plug being substantially cylindrical in shape and configured to be insertable into the tubular section of the implant, characterized by the plug having an outer diameter greater than a resting diameter of the tubular section. a first frame (11, 11') at the first end; and a flexible tubular section connected to the first frame (11, 11') and extending along the longitudinal axis, the tubular section having a first portion and a second portion; wherein a wall of the tubular section defines a coaxial inner bore, and wherein the device is adjustable to a first position where the first portion and the second portion of the tubular section are rotated circumferentially around the longitudinal axis in a first direction relative to one another, such that the bore is closed in an area of the tubular section between the first and second portions (18, 19), the device further comprising a plug being substantially cylindrical in shape and configured to be insertable into the tubular section of the implant, characterized by the plug having an outer diameter greater than a resting diameter of the tubular section.
An air conditioner in which each of a plurality of outdoor units (2, 3) is connected to an indoor unit via an interunit pipe, each outdoor unit (2, 3) is operated and indoor air conditioning is performed by the indoor unit, wherein the plurality of outdoor units (2, 3) comprise a GHP outdoor unit including a GHP compressor that is driven by an engine and an EHP outdoor unit including an EHP compressor that is driven by a commercial power source, wherein the air conditioner includes a controller that sends a control instruction signal to each of the GHP outdoor unit, the EHP outdoor unit and the indoor unit, and wherein the controller includes a controller control section configured to generally control a GHP control section, an EHP control section and an indoor control section, characterized in that the controller control section is configured to set the GHP control section to a master, and to set the EHP control section and the indoor control section to slaves, to transmit the control instruction signal from the controller control section first to the GHP control section, and to transmit this control instruction signal is sequentially from the GHP control section to the EHP control section and the indoor control section, wherein during operation of the EHP outdoor unit the controller control section is further configured to send a start signal to start the GHP outdoor unit, and when the start of the GHP outdoor unit is completed, the GHP control section is configured to send a stop instruction signal to the EHP control section, and based on this stop instruction signal, the EHP control section is configured to control and to stop the EHP outdoor unit. wherein the plurality of outdoor units (2, 3) comprise a GHP outdoor unit including a GHP compressor that is driven by an engine and an EHP outdoor unit including an EHP compressor that is driven by a commercial power source, wherein the air conditioner includes a controller that sends a control instruction signal to each of the GHP outdoor unit, the EHP outdoor unit and the indoor unit, and wherein the controller includes a controller control section configured to generally control a GHP control section, an EHP control section and an indoor control section, characterized in that the controller control section is configured to set the GHP control section to a master, and to set the EHP control section and the indoor control section to slaves, to transmit the control instruction signal from the controller control section first to the GHP control section, and to transmit this control instruction signal is sequentially from the GHP control section to the EHP control section and the indoor control section, wherein during operation of the EHP outdoor unit the controller control section is further configured to send a start signal to start the GHP outdoor unit, and when the start of the GHP outdoor unit is completed, the GHP control section is configured to send a stop instruction signal to the EHP control section, and based on this stop instruction signal, the EHP control section is configured to control and to stop the EHP outdoor unit.
A method of transmitting an encoding parameter, comprising: receiving encoded data from a transmitting device; receiving a cumulative transmission count indicating a cumulative number of transmitted messages or byte counts transmitted by the transmitting device; determining an amount of transmitted network data based on the received cumulative transmission count; determining, via an electronic device, a measurement of the amount of received network data relative to the amount of transmitted network data; and transmitting the encoding parameter, the encoding parameter based at least in part on the determined measurement. receiving encoded data from a transmitting device; receiving a cumulative transmission count indicating a cumulative number of transmitted messages or byte counts transmitted by the transmitting device; determining an amount of transmitted network data based on the received cumulative transmission count; determining, via an electronic device, a measurement of the amount of received network data relative to the amount of transmitted network data; and transmitting the encoding parameter, the encoding parameter based at least in part on the determined measurement.
A drill guide, the drill guide comprising: a mounting arrangement arranged for mounting the drill guide on the implant, first and second guide arrangements (176, 178), wherein each of the first and second guide arrangements comprises a guide member through which a drill can be inserted, and a holding arrangement for holding the first and second guide arrangements, characterized in that: the drill guide is suitable for use in relation to removing an implant from a bone, wherein the holding arrangement is adjustable between a release condition, in which the positions of the first and second guide arrangements are adjustable relative to the holding arrangement, and a holding condition, in which the first and second guide arrangements are held by the holding arrangement in a fixed position, and wherein each guide member comprises a body defining an aperture therethrough for receiving the drill; wherein the body is in the form of a tube, and the aperture is in the form of an elongate bore, and wherein each of the first and second guide arrangements further includes an adjustment member to allow adjustment of the position of the guide arrangement relative to the holding arrangement, wherein the adjustment member has a spheroidal configuration, and defines a hole therethrough, so that the drill can extend through the hole. a mounting arrangement arranged for mounting the drill guide on the implant, first and second guide arrangements (176, 178), wherein each of the first and second guide arrangements comprises a guide member through which a drill can be inserted, and a holding arrangement for holding the first and second guide arrangements, the drill guide is suitable for use in relation to removing an implant from a bone, wherein the holding arrangement is adjustable between a release condition, in which the positions of the first and second guide arrangements are adjustable relative to the holding arrangement, and a holding condition, in which the first and second guide arrangements are held by the holding arrangement in a fixed position, and wherein each guide member comprises a body defining an aperture therethrough for receiving the drill; wherein the body is in the form of a tube, and the aperture is in the form of an elongate bore, and wherein each of the first and second guide arrangements further includes an adjustment member to allow adjustment of the position of the guide arrangement relative to the holding arrangement, wherein the adjustment member has a spheroidal configuration, and defines a hole therethrough, so that the drill can extend through the hole.
A composition comprising an aqueous composition of a) acidic polymers present in a total amount of 1% to 5%, wherein the acidic polymers comprise a combination of: (i) a copolymer of maleic anhydride and methyl vinyl ether, and (ii) co-polymerized products of a mixture of acrylic acid, methacrylic acid, and 2-hydroxyethyl methacrylate phosphates of Formula 1: wherein n is 0, 1 or 2; b) a nonionic polymer comprising a combination of (i) polyethylene glycol having an average molecular weight of 5kDa to 35kDa, and (ii) poloxamer 407, in a total amount of 3 to 10%; c) an effective amount of cationic active agent, wherein said cationic active agent is cetyl pyridinium chloride in an amount of 0.05 to 0.1%; d) a polyamine compound comprising lysine in free form present in an amount of 1 weight % to 5 weight % or a salt form of lysine present in an amount of 1 weight % to 5 weight %; and e) water present in an amount of 70-95%; wherein the composition is a mouthwash and comprises two distinct aqueous phases having different composition and density, wherein the composition further comprises a humectant, flavoring, sweetener, preservative and dye; wherein all ingredients are orally acceptable, safe and palatable at relevant concentrations for use in a mouthwash; and wherein all amounts are by weight of the total composition. a) acidic polymers present in a total amount of 1% to 5%, wherein the acidic polymers comprise a combination of: (i) a copolymer of maleic anhydride and methyl vinyl ether, and (ii) co-polymerized products of a mixture of acrylic acid, methacrylic acid, and 2-hydroxyethyl methacrylate phosphates of Formula 1: wherein n is 0, 1 or 2; b) a nonionic polymer comprising a combination of (i) polyethylene glycol having an average molecular weight of 5kDa to 35kDa, and (ii) poloxamer 407, in a total amount of 3 to 10%; c) an effective amount of cationic active agent, wherein said cationic active agent is cetyl pyridinium chloride in an amount of 0.05 to 0.1%; d) a polyamine compound comprising lysine in free form present in an amount of 1 weight % to 5 weight % or a salt form of lysine present in an amount of 1 weight % to 5 weight %; and e) water present in an amount of 70-95%; wherein the composition is a mouthwash and comprises two distinct aqueous phases having different composition and density, wherein the composition further comprises a humectant, flavoring, sweetener, preservative and dye; wherein all ingredients are orally acceptable, safe and palatable at relevant concentrations for use in a mouthwash; and wherein all amounts are by weight of the total composition. wherein the composition is a mouthwash and comprises two distinct aqueous phases having different composition and density, wherein the composition further comprises a humectant, flavoring, sweetener, preservative and dye; wherein all ingredients are orally acceptable, safe and palatable at relevant concentrations for use in a mouthwash; and wherein all amounts are by weight of the total composition.
An embolic coil conveying device, comprising a pusher and an embolic coil, wherein a section where a distal end of the pusher and a proximal end of the embolic coil are connected is a detachment section; wherein the embolic coil conveying device further comprises: a stretch-resistant thread disposed in the embolic coil, the stretch-resistant thread being fixed on a ring at the proximal end of the embolic coil; and a conductive wire configured to pass through an inside of the pusher, wherein the conductive wire is covered by an insulating layer, and a detachment point that is not covered by the insulating layer is provided on a distal end of the conductive wire, characterized in that: the distal end of the conductive wire and a proximal end of the stretch-resistant thread are directly cross-connected.
A method of joining a first tube to a second tube in end-to-end connection, comprising the steps of: cutting a shaped cutout at an end of a first tube with radial cut faces on axially aligned portions (46, 48) of the cuts; cutting a shaped cutout at an end of a second tube with radial cut faces on axially aligned portions (46, 48) of the cuts; and characterised by the following steps: cutting first and second locking pieces (16, 18) from at least one tube with radial cut faces on axially aligned portions of the cuts; arranging said first and second locking pieces (16, 18) in interlocking relation with the radial cut surfaces (48, 52) distributed circumferentially around the joint so as to constrain relative movement between the parts; welding said first locking pieces to said first tube at said shaped cutout; and welding said second locking pieces to said second tube in said shaped cutout, so as to form a tube joint joining said first and second tubes (10, 12) to one another. cutting a shaped cutout at an end of a first tube with radial cut faces on axially aligned portions (46, 48) of the cuts; cutting a shaped cutout at an end of a second tube with radial cut faces on axially aligned portions (46, 48) of the cuts; and characterised by the following steps: cutting first and second locking pieces (16, 18) from at least one tube with radial cut faces on axially aligned portions of the cuts; arranging said first and second locking pieces (16, 18) in interlocking relation with the radial cut surfaces (48, 52) distributed circumferentially around the joint so as to constrain relative movement between the parts; welding said first locking pieces to said first tube at said shaped cutout; and welding said second locking pieces to said second tube in said shaped cutout, so as to form a tube joint joining said first and second tubes (10, 12) to one another. cutting first and second locking pieces (16, 18) from at least one tube with radial cut faces on axially aligned portions of the cuts; arranging said first and second locking pieces (16, 18) in interlocking relation with the radial cut surfaces (48, 52) distributed circumferentially around the joint so as to constrain relative movement between the parts; welding said first locking pieces to said first tube at said shaped cutout; and welding said second locking pieces to said second tube in said shaped cutout, so as to form a tube joint joining said first and second tubes (10, 12) to one another.
Table for vacuum use guided by means of aerostatic bearing elements, having a fixedly mounted supporting structure and a tabletop displaceable by slides in an x-direction and a y-direction with respect to the fixedly mounted supporting structure, wherein the slides are provided with the aerostatic bearing elements for guiding, which aerostatic bearing elements are connected to feed lines for supplying the gas necessary for operation of the gas bearings and suction lines for removing the gas, characterized in that each suction line (21, 22) comprises at least one variable-length line arrangement (24, 25, 26, 27) having a first pipe member and a second pipe member which can penetrate one inside another without contacting one another and with variable length, in order to bring about a variation in length of the line arrangement (24, 25, 26, 27), wherein at least one sealing gap is provided between the first pipe member and the second pipe member.
Connecting rod/piston arrangement for alternative compressor, comprising at least a piston, at least an intermediate element and at least a connecting rod, wherein said piston comprises at least a non-through axial channel; said intermediate element comprises at least a through axial channel; said connecting rod comprises at least a connection end; said intermediate element is housed inside the non-through axial channel of piston; and said connection end of connecting rod is securely housed inside the through axial channel of intermediate element, CHARACTERIZED in that: the inner diameter of the non-through axial channel of piston is analogous to outer diameter of said intermediate element; the inner diameter of the through axial channel of intermediate element is analogous to outer diameter of the connection end of connecting rod; and said intermediate element has a radial and axial physical contact with the inner face of the non-through axial channel of piston. the inner diameter of the non-through axial channel of piston is analogous to outer diameter of said intermediate element; the inner diameter of the through axial channel of intermediate element is analogous to outer diameter of the connection end of connecting rod; and said intermediate element has a radial and axial physical contact with the inner face of the non-through axial channel of piston.
A photosensitive resin composition comprising an acid crosslinkable group-containing silicone resin having a weight average molecular weight of 3,000 to 500,000, a photoacid generator, and hollow silica. an acid crosslinkable group-containing silicone resin having a weight average molecular weight of 3,000 to 500,000, a photoacid generator, and hollow silica.