mhurhangee/ep-ind-claims huggingface dataset:
A condensation curable gel composition for making a gel comprising: (i) at least one condensation curable silyl terminated polymer having at least one, typically at least 2 hydrolysable and/or hydroxyl functional groups per molecule; (ii) a cross-linker selected from the group of a silane or a disilane molecule containing two silyl groups, each silyl group containing at least one hydrolysable group, which silane or disilane molecule contains at least two hydrolysable groups per molecule and typically at least three hydrolysable groups per molecule and (iii) a condensation catalyst selected from the group of titanates or zirconates characterized in that the molar ratio of hydroxyl and/or hydrolysable groups in polymer (i) to hydrolysable groups from (ii) is between 0.5: 1 and 1:1 using a monosilane cross linker or 0.75:1 to 3: 1 using disilanes and the molar ratio of M-OR to the hydroxyl and/or hydrolysable groups in polymer (i) is comprised between 0.01:1 and 0.5:1, where M is titanium or zirconium wherein the composition is stored in two parts having polymer (i) and cross-linker (ii) in one part and polymer (i) and catalyst (iii) in the other part or having cross-linker (ii) in one part and polymer (i) and catalyst (iii) in the other part or having a first polymer(i) and cross-linker (ii) in one part and a second polymer (i) and catalyst (iii) in the other part. (i) at least one condensation curable silyl terminated polymer having at least one, typically at least 2 hydrolysable and/or hydroxyl functional groups per molecule; (ii) a cross-linker selected from the group of a silane or a disilane molecule containing two silyl groups, each silyl group containing at least one hydrolysable group, which silane or disilane molecule contains at least two hydrolysable groups per molecule and typically at least three hydrolysable groups per molecule and (iii) a condensation catalyst selected from the group of titanates or zirconates characterized in that the molar ratio of hydroxyl and/or hydrolysable groups in polymer (i) to hydrolysable groups from (ii) is between 0.5: 1 and 1:1 using a monosilane cross linker or 0.75:1 to 3: 1 using disilanes and the molar ratio of M-OR to the hydroxyl and/or hydrolysable groups in polymer (i) is comprised between 0.01:1 and 0.5:1, where M is titanium or zirconium wherein the composition is stored in two parts having polymer (i) and cross-linker (ii) in one part and polymer (i) and catalyst (iii) in the other part or having cross-linker (ii) in one part and polymer (i) and catalyst (iii) in the other part or having a first polymer(i) and cross-linker (ii) in one part and a second polymer (i) and catalyst (iii) in the other part.
A method comprising: establishing a first wireless communication channel between a first device and a second device; accessing, by an application executing on the first device and which does not have direct access to a media access control, MAC, address stack of the first device, a transmitter of a first device to transmit, within a predetermined time window following establishment of the first wireless communication channel, over a second wireless communication channel between the first device and the second device, one or more signals configured to cause an occurrence of an event on the second device; responsive to the second device receiving the one or more signals within a predetermined time window and deriving thereof that the first and second wireless communication channels are both with the first device, receiving at the first device, from the second device over the first wireless communication channel, information representing a media access control, MAC, address of the first device, the MAC address being associated with the second wireless communication channel; and storing, on a storage device accessible by the first device, a representation of the MAC address of the first device. establishing a first wireless communication channel between a first device and a second device; accessing, by an application executing on the first device and which does not have direct access to a media access control, MAC, address stack of the first device, a transmitter of a first device to transmit, within a predetermined time window following establishment of the first wireless communication channel, over a second wireless communication channel between the first device and the second device, one or more signals configured to cause an occurrence of an event on the second device; responsive to the second device receiving the one or more signals within a predetermined time window and deriving thereof that the first and second wireless communication channels are both with the first device, receiving at the first device, from the second device over the first wireless communication channel, information representing a media access control, MAC, address of the first device, the MAC address being associated with the second wireless communication channel; and storing, on a storage device accessible by the first device, a representation of the MAC address of the first device.
Apparatus (20, 30) for cyclone separation of a fluid flow into essentially a gas phase fraction and a liquid phase fraction, by bringing the fluid flow into rotation so that said fluid flow is separated into a central zone essentially containing the gas phase fraction, and an outer annular zone essentially containing the liquid phase fraction, comprising: - a housing (21, 31) having an upstream fluid inlet (3, 3'); - a swirl element for rotation of the fluid flow being located in the housing (21,31) downstream of the fluid inlet (3, 3'); - a gas phase outlet (5, 5') having an opening being opened to the central zone of the housing downstream of the swirl element; and - a liquid phase outlet connecting to the outer zone of the housing downstream of the swirl element; whereby the gas phase outlet (5, 5') and the liquid phase outlet both connect to a common collecting chamber outside the housing (21,31), wherein the apparatus (20, 30) further comprises at least one permeable flow guide (23, 32, 33) located centrally in the housing (21, 31), which permeable flow guide (23, 32, 33) connects to the gas phase outlet (5, 5'), and characterised in that the permeable flow guide (23, 32, 33) located centrally in the housing connecting to the gas phase outlet comprises a secondary gas extraction device (23, 33) that is located coaxially with the liquid phase outlet on a distance of the opening of the gas phase outlet (5, 5') and which secondary gas extraction device (23, 33) connects to the gas phase outlet (5, 5') with a coaxial gas retrieval pipe, the surface of the cross-section of the gas retrieval pipe being smaller than the surface of the cross-section of the secondary gas extraction device (23, 33). - a housing (21, 31) having an upstream fluid inlet (3, 3'); - a swirl element for rotation of the fluid flow being located in the housing (21,31) downstream of the fluid inlet (3, 3'); - a gas phase outlet (5, 5') having an opening being opened to the central zone of the housing downstream of the swirl element; and - a liquid phase outlet connecting to the outer zone of the housing downstream of the swirl element;
A detection device for a relay, comprising: a detection module and an isolation output module, wherein, the detection module comprises a first signal input terminal and a second signal input terminal, wherein the number of the first signal input terminal is at least one, the first signal input terminal is configured to connect to an output side of a to-be-detected relay, the second signal input terminal is configured to connect to a neutral wire, a signal output terminal (Vout1, Vout2) of the detection module is configured to connect to a control end of the isolation output module, and the detection module is configured to output a control signal based on an on-off state of the to-be-detected relay; characterised by a signal output terminal (Vo) of the isolation output module is configured to connect to a fault identification device, and the isolation output module is configured to output a detection signal with a duty cycle corresponding to the control signal, to inform the fault identification device to detect whether the to-be-detected relay is stuck, wherein the detection device further comprises a controllable switch connected between the signal output terminal (Vout1, Vout2) of the detection module and the control end of the isolation output module, a control terminal of the controllable switch is configured to connect to the fault identification device, and the controllable switch is configured to control, in response to the fault identification device, the detection device to start or stop adhesion detection. the detection module comprises a first signal input terminal and a second signal input terminal, wherein the number of the first signal input terminal is at least one, the first signal input terminal is configured to connect to an output side of a to-be-detected relay, the second signal input terminal is configured to connect to a neutral wire, a signal output terminal (Vout1, Vout2) of the detection module is configured to connect to a control end of the isolation output module, and the detection module is configured to output a control signal based on an on-off state of the to-be-detected relay; characterised by a signal output terminal (Vo) of the isolation output module is configured to connect to a fault identification device, and the isolation output module is configured to output a detection signal with a duty cycle corresponding to the control signal, to inform the fault identification device to detect whether the to-be-detected relay is stuck, wherein the detection device further comprises a controllable switch connected between the signal output terminal (Vout1, Vout2) of the detection module and the control end of the isolation output module, a control terminal of the controllable switch is configured to connect to the fault identification device, and the controllable switch is configured to control, in response to the fault identification device, the detection device to start or stop adhesion detection.
LIGHTING ARRANGEMENT in spaces of any size and features, whether outdoor or indoor, provided they have a fixed ceiling or panel with the same functions as a fixed ceiling, comprising one or more nodes provided with holders or provided with holders and rosettes, and with one or more holes being made in the ceiling or roof, into which one or more holder or rosette is inserted in order to act as a supporting means for one or more pairs of rods at the upper end thereof, one or more pairs of rods hanging from the holders or rosettes, said rods being of equal or different length, while at the lower end thereof pairs of rods are connected with the incorporation of the corresponding light fixtures and/or bulbs, characterized in that the bottom of the holders houses the electrical means of the light fixture with the aid of a cover, provided with recesses to hold the rods, the rods are attached at a top end thereof with corresponding connectors.
An induction heating device, comprising: a case comprising a lower plate and a side plate that extends upward along an edge of the lower plate; a cover plate coupled to the side plate and being configured to allow an object to be disposed on an upper surface of the cover plate; a working coil provided inside of the case to heat the object; an indicator substrate support coupled to the lower plate and disposed below the working coil; an inverter substrate (IV_PCB) installed on a lower surface of the indicator substrate support and comprising an inverter that applies a resonance current to the working coil through a switching operation and a first heat sink that radiates heat of the inverter; and a first blowing fan installed on the lower plate and being configured to suction outside air through a first inlet and discharge the air to the inverter substrate (IV_PCB), and wherein the air discharged from the first blowing fan into the inverter substrate (IV_PCB) is discharged below the lower plate through a first exhaust slit, wherein the first inlet is defined in a first area of the lower plate that overlaps with the first blowing fan, the first exhaust slit is defined in a third area of the lower plate placed at an opposite side of the first area, and the inverter substrate (IV_PCB) is placed between the first area and the third area. a case comprising a lower plate and a side plate that extends upward along an edge of the lower plate; a cover plate coupled to the side plate and being configured to allow an object to be disposed on an upper surface of the cover plate; a working coil provided inside of the case to heat the object; an indicator substrate support coupled to the lower plate and disposed below the working coil; an inverter substrate (IV_PCB) installed on a lower surface of the indicator substrate support and comprising an inverter that applies a resonance current to the working coil through a switching operation and a first heat sink that radiates heat of the inverter; and a first blowing fan installed on the lower plate and being configured to suction outside air through a first inlet and discharge the air to the inverter substrate (IV_PCB), and wherein the air discharged from the first blowing fan into the inverter substrate (IV_PCB) is discharged below the lower plate through a first exhaust slit, wherein the first inlet is defined in a first area of the lower plate that overlaps with the first blowing fan, the first exhaust slit is defined in a third area of the lower plate placed at an opposite side of the first area, and the inverter substrate (IV_PCB) is placed between the first area and the third area.
Method for the production of a dental object by means of grinding machining of a blank made of ceramic or a ceramic-plastic composite material, wherein, for the production of a preform having an outer contour that differs from a final outer contour of the dental object to be produced, a grinding channel is ground into the blank or into a pre-preform already made from the blank, in at least one grinding process by means of a grinding tool of a grinding device, wherein the outer contour of the preform is formed with the grinding channel at one of its edges, characterised in that, at the edge of the grinding channel opposing the outer contour of the preform, at least one remaining piece is removed from the blank or from the pre-preform at least in regions.
Cam belt, in particular for agricultural machines, made of a polymer provided with reinforcing inserts, with cams (9, 10) arranged on the inside of the belt serving to drive the cam belt and having a first flank (12, 12'), pointing in the running direction (arrow B) of the cam belt, and a second flank pointing in the opposite direction, wherein the cams (9, 10) are spaced apart from each other by gaps at a predetermined spacing, and the gaps are bounded respectively by the first flank (12, 12') and the second flank of two adjacent cams (9; 9, 10) and a base connecting the two flanks (12, 12', 13), and during the operation of the cam belt the driving means of a cam wheel (3, 4), adjacent to the second flank of the cams (9, 10) and to the base of a gap, engages in the gaps, wherein functional elements are fixed on the outside of the belt by a fastening means, which passes through the cam belt and the functional elements via at least one through hole from the inside of the belt, characterised in that the two cams additionally serve to attach the functional elements, wherein these are arranged respectively in the corner region between the first flank (12, 12') of these cams and the base of the gaps, the first flank being offset in comparison with the flank of the other cam in respect to the running direction (arrow B) by a small spacing for enlarging the gap.
A tool assembly for leak resistant dissection of tissue comprising: a cartridge assembly including a cartridge defining a first longitudinal axis ("A") and having a linear longitudinal portion and a transverse portion, the transverse portion being contiguous with and positioned distally of the longitudinal portion, the cartridge defining a central knife slot and at least one row of staple receiving pockets positioned on each side of the knife slot, wherein the central knife slot and the at least one row of staple receiving pockets extend along at least a portion of the transverse portion of the cartridge body; and an anvil positioned along the first longitudinal axis ("A") having a linear longitudinal portion and a transverse portion, the transverse portion of the anvil being contiguous with and positioned distally of the longitudinal portion of the anvil, the anvil being supported adjacent to the cartridge assembly and defining an anvil knife slot that is aligned with the central knife slot of the cartridge body and at least one row of staple deforming depressions positioned on each side of the anvil knife slot, wherein the anvil knife slot and the at least one row of staple deforming depressions extend along at least a portion of the transverse portion of the anvil; characterised in that the length ("Y") of the longitudinal portions of the cartridge and the anvil is at least 80 percent of the overall length ("W") of the tool assembly. a cartridge assembly including a cartridge defining a first longitudinal axis ("A") and having a linear longitudinal portion and a transverse portion, the transverse portion being contiguous with and positioned distally of the longitudinal portion, the cartridge defining a central knife slot and at least one row of staple receiving pockets positioned on each side of the knife slot, wherein the central knife slot and the at least one row of staple receiving pockets extend along at least a portion of the transverse portion of the cartridge body; and an anvil positioned along the first longitudinal axis ("A") having a linear longitudinal portion and a transverse portion, the transverse portion of the anvil being contiguous with and positioned distally of the longitudinal portion of the anvil, the anvil being supported adjacent to the cartridge assembly and defining an anvil knife slot that is aligned with the central knife slot of the cartridge body and at least one row of staple deforming depressions positioned on each side of the anvil knife slot, wherein the anvil knife slot and the at least one row of staple deforming depressions extend along at least a portion of the transverse portion of the anvil; characterised in that the length ("Y") of the longitudinal portions of the cartridge and the anvil is at least 80 percent of the overall length ("W") of the tool assembly.
A system for a vehicle, comprising: an axle assembly having a carrier housing, wherein said carrier housing defines a sump; a fluid lubricant at least partially disposed in said sump; a heat exchanger (1024; 2024; 3024; 4024; 5024) having one or more electrically conductive elements, wherein said one or more electrically conductive elements are disposed within said carrier housing; and an electrical power source in electrical connection with said heat exchanger; wherein said heat exchanger (1024, 2024, 3024, 4024, 5024) further comprises an induction heater disposed at least partially within said carrier housing; a lubricant catch disposed on an interior surface of said carrier housing; and a lubricant conduit in fluid communication with said lubricant catch, wherein said induction heater is disposed within said lubricant conduit. an axle assembly having a carrier housing, wherein said carrier housing defines a sump; a fluid lubricant at least partially disposed in said sump; a heat exchanger (1024; 2024; 3024; 4024; 5024) having one or more electrically conductive elements, wherein said one or more electrically conductive elements are disposed within said carrier housing; and an electrical power source in electrical connection with said heat exchanger; wherein said heat exchanger (1024, 2024, 3024, 4024, 5024) further comprises an induction heater disposed at least partially within said carrier housing; a lubricant catch disposed on an interior surface of said carrier housing; and a lubricant conduit in fluid communication with said lubricant catch, wherein said induction heater is disposed within said lubricant conduit.
A plug for use in a cap assembly of a refill capsule, the plug comprising: - a hollow tubular body with an open proximal end and an open distal end, wherein the open proximal end is surrounded by a first rim that provides a proximal abutment surface for bearing against a frangible sealing component of a cap assembly; - wherein the proximal abutment surface lies in a plane that is orthogonal to a longitudinal axis of the tubular body, and surface surrounds, in total, at least half of the open proximal end, and preferably has at least two fold rotational symmetry about the longitudinal axis; - a skirt extending around the tubular body, and comprising a tubular skirt wall arranged coaxially with respect to the tubular body, the skirt wall being spaced apart from the tubular body in a radial direction to form a plug recess between the skirt wall and the tubular body, - wherein the skirt wall extends from a skirt distal end at which the skirt wall is connected to the tubular body, to a free proximal end, - wherein the free proximal end of the skirt comprises: - an outwardly extending flange comprising a distal facing abutment surface for abutting a rim of a refillable vessel; and - characterized in that the free proximal end of the skirt wall further comprises at least one claw radially outwardly of the distal abutment surface. - a hollow tubular body with an open proximal end and an open distal end, wherein the open proximal end is surrounded by a first rim that provides a proximal abutment surface for bearing against a frangible sealing component of a cap assembly; - wherein the proximal abutment surface lies in a plane that is orthogonal to a longitudinal axis of the tubular body, and surface surrounds, in total, at least half of the open proximal end, and preferably has at least two fold rotational symmetry about the longitudinal axis; - a skirt extending around the tubular body, and comprising a tubular skirt wall arranged coaxially with respect to the tubular body, the skirt wall being spaced apart from the tubular body in a radial direction to form a plug recess between the skirt wall and the tubular body, - wherein the skirt wall extends from a skirt distal end at which the skirt wall is connected to the tubular body, to a free proximal end, - wherein the free proximal end of the skirt comprises: - an outwardly extending flange comprising a distal facing abutment surface for abutting a rim of a refillable vessel; and - characterized in that the free proximal end of the skirt wall further comprises at least one claw radially outwardly of the distal abutment surface.
An apparatus for an elongated sheath assembly configured to receive, at least in part, an elongated dilator assembly, and the apparatus comprising: a dilator-receiver device mounted, at least in part, to the elongated sheath assembly; characterized by a dilator-receiver mover configured to be operatively connected to the dilator- receiver device, and the dilator-receiver mover also configured to selectively move the dilator-receiver device along a predetermined distance; and optionally the dilator-receiver mover is mounted to the elongated sheath assembly. a dilator-receiver device mounted, at least in part, to the elongated sheath assembly; characterized by a dilator-receiver mover configured to be operatively connected to the dilator- receiver device, and the dilator-receiver mover also configured to selectively move the dilator-receiver device along a predetermined distance; and optionally the dilator-receiver mover is mounted to the elongated sheath assembly.