mhurhangee/patent-ind-claim-en huggingface dataset:
Cooling device comprising: - a sealed envelope comprising at least two reagents (R1, R2), the two reagents (R1, R2) being such that bringing them into contact generates an endothermic chemical reaction; - at least one separation membrane configured to separate the two reagents (R1, R2) in a storage position; - at least one contact-making system capable of being activated and configured to bring into contact said at least two reagents (R1, R2) when it is activated, in order to trigger the endothermic chemical reaction; - an interface element able to receive an external triggering order which is generated by a system outside of the cooling device , and to transmit said order to the contact-making system for activating the contact-making system ; - at least one thermal interface comprising at least one metal soleplate , thermally conductive, whose one of the faces (S1) is subjected, if necessary, to the endothermic chemical reaction and whose other face (S2) is accessible from the outside of the cooling device , said device being characterised by means configured to reduce the pressure generated by the endothermic chemical reaction in a chamber wherein the endothermic chemical reaction occurs, said means for reducing the pressure comprising at least one of the following elements: at least one mechanical element able to evacuate the gases from said chamber, at least one deformable wall of said chamber. - a sealed envelope comprising at least two reagents (R1, R2), the two reagents (R1, R2) being such that bringing them into contact generates an endothermic chemical reaction; - at least one separation membrane configured to separate the two reagents (R1, R2) in a storage position; - at least one contact-making system capable of being activated and configured to bring into contact said at least two reagents (R1, R2) when it is activated, in order to trigger the endothermic chemical reaction; - an interface element able to receive an external triggering order which is generated by a system outside of the cooling device , and to transmit said order to the contact-making system for activating the contact-making system ; - at least one thermal interface comprising at least one metal soleplate , thermally conductive, whose one of the faces (S1) is subjected, if necessary, to the endothermic chemical reaction and whose other face (S2) is accessible from the outside of the cooling device ,
A single-piece ring for a turbomachine turbine or a turboshaft engine turbine, intended to surround an impeller of a turbine rotor, the said ring extending circumferentially about an axis and comprising an annular and continuous support part , radially external, and a part delimiting a circulation passage of a gas flow, radially internal and comprising a plurality of angular segments distributed over the periphery and situated adjacent to one another so as to form an annular part delimiting the passage , circumferential clearances (j) being formed between the circumferential ends of the adjacent segments located opposite each other, each segment being connected to the support part by means of a connecting zone , an annular channel for the circulation of cooling fluid being delimited radially between the outer support part and the inner part delimiting the passage.
End piece suitable for forming a spacer for a roll consisting of two concentric tubes with axis xx' and comprising spokes connecting two inner and outer cylindrical portions, characterized in that a fluid circuit originating from the centre towards the periphery comprises a first circumferential groove arranged in the inner cylindrical portion and a second circumferential groove arranged in the outer cylindrical portion connected by at least one pipe .
A low-density PVC plastics flooring, which is prepared from raw materials consisting of, in parts by mass, 100 parts of PVC, 300-380 parts of calcium carbonate, 7-12 parts of a stabilizer, 2-8 parts of processing aid acrylic ester copolymer, 12-16 parts of a foaming regulator, 0.1-0.5 parts of a foaming agent, 2-4 parts of decanedioic acid oleic alcohol ester lubricant, and 2-4 parts of PE wax; wherein the stabilizer is a calcium zinc stabilizer, the foaming regulator is PVC foaming regulator acrylic ester copolymer, and the foaming agent is azodicarbonamide foaming agent. 100 parts of PVC, 300-380 parts of calcium carbonate, 7-12 parts of a stabilizer, 2-8 parts of processing aid acrylic ester copolymer, 12-16 parts of a foaming regulator, 0.1-0.5 parts of a foaming agent, 2-4 parts of decanedioic acid oleic alcohol ester lubricant, and 2-4 parts of PE wax; wherein the stabilizer is a calcium zinc stabilizer, the foaming regulator is PVC foaming regulator acrylic ester copolymer, and the foaming agent is azodicarbonamide foaming agent.
Ground-covering element to be laid, in particular, on cultivated ground, so as to cover a surface of the ground around the plant , the growth of which is to be promoted, said covering element taking the form of a sheet with turned-down longitudinal edges giving said sheet a general U-shaped cross-section, said U being, in the usage configuration of said covering element , when said covering element is installed on the ground that is to be treated, open towards the ground with the web of the U having what is referred to as a bottom face facing the ground and an opposite top face , said sheet being provided, along each of its transverse edges , level with the web of the U, with a cutout capable of delimiting a passage for a plant, where the top face of the web of the U of the sheet is provided with one or multiple longitudinal grooves each forming a channel and with one or multiple transverse ribs , the or at least one of the longitudinal grooves being capable of forming a guideway into which an irrigation pipe can be fitted and being provided with one or multiple through-holes for draining said longitudinal groove , and the or at least one of the transverse ribs being interrupted level with the longitudinal groove or at least one of the longitudinal grooves .
An aerosol delivery component comprising: a first aerosolisation portion configured to generate a first aerosol from a first aerosol precursor a second aerosolisation portion configured to generate a second aerosol from a second aerosol precursor; a mouthpiece portion having a first outlet aperture for outlet of the first and second aerosols and at least one second outlet aperture for outlet of the second aerosol; characterised in that the aerosol delivery component further comprises a mouthpiece cap having a first cap member moveable between a closed position in which the at least one second outlet aperture is closed, and an open position in which the at least one second outlet aperture is open. a first aerosolisation portion configured to generate a first aerosol from a first aerosol precursor a second aerosolisation portion configured to generate a second aerosol from a second aerosol precursor; a mouthpiece portion having a first outlet aperture for outlet of the first and second aerosols and at least one second outlet aperture for outlet of the second aerosol; characterised in that the aerosol delivery component further comprises a mouthpiece cap having a first cap member moveable between a closed position in which the at least one second outlet aperture is closed, and an open position in which the at least one second outlet aperture is open.
Steering wheel comprising an, especially annular, handle, a foamed body , which surrounds a central area of the steering wheel configured for receiving an airbag module in a ring or ring segment shape within the handle, and a horn device for the steering wheel including a first contact element and at least a second contact element , which are arranged at a distance from each other, wherein the horn device is fixed in the foamed body , wherein the contact elements are each in the form of a contact sheet and the foamed body has recesses formed as slotted material recesses for later receiving the contact elements , wherein the first contact element includes at least one contact tab and the second contact element includes at least one support tab , the contact tab and the support tab being formed and positioned to be complementary to each other such that for closing a horn circuit the contact tab contacts the support tab . an, especially annular, handle, a foamed body , which surrounds a central area of the steering wheel configured for receiving an airbag module in a ring or ring segment shape within the handle, and a horn device for the steering wheel including a first contact element and at least a second contact element , which are arranged at a distance from each other, wherein the horn device is fixed in the foamed body , wherein the contact elements are each in the form of a contact sheet and the foamed body has recesses formed as slotted material recesses for later receiving the contact elements , wherein the first contact element includes at least one contact tab and the second contact element includes at least one support tab , the contact tab and the support tab being formed and positioned to be complementary to each other such that for closing a horn circuit the contact tab contacts the support tab .
A transmission case structure for a saddled vehicle power unit in which a transmission case that is integrally provided to an internal combustion engine and is disposed lateral to a rear wheel includes a transmission case main body that extends laterally of the rear wheel from the internal combustion engine and is open at an opposite side to the rear wheel , and a transmission case cover that, together with the transmission case main body , forms a variable transmission chamber and is connected to the transmission case main body to close an open end of the transmission case main body , the transmission case main body includes a bottom portion that is located lateral to the rear wheel , and a first peripheral wall that extends upwardly from the bottom portion and in which a distal end portion is open, the transmission case cover includes a second peripheral wall that is to be connected to the distal end portion of the first peripheral wall , the distal end portion of the first peripheral wall is connected to a distal end portion of the second peripheral wall , so that the variable transmission chamber is formed between the transmission case main body and the transmission case cover , and the variable transmission chamber houses a drive pulley that is attached to a drive shaft rotated by a drive force generated from the internal combustion engine , a driven pulley that is attached to a transmission shaft provided on the rear wheel side to transmit the drive force to the rear wheel , and an endless belt that is wound around the drive pulley and the driven pulley , wherein the distal end portion of the first peripheral wall and the distal end portion of the second peripheral wall are provided in a range of motion of the belt in an axial direction of the drive shaft , and recesses are formed in the distal end portion of the first peripheral wall and the distal end portion of the second peripheral wall along an extending direction of a straight line connecting an axis line (L1) of the drive shaft and an axis line (L5) of the transmission shaft , the recesses being recessed in a direction away from the belt ; characterised in that : the recesses in the distal end portion of the first peripheral wall and the recesses in the distal end portion of the second peripheral wall are formed continuously with distal end portions of the first peripheral wall and distal end portions of the second peripheral wall , respectively.
An infrared imager suitable for detecting an infrared flux in a first and a second spectral band (B1, B2), the first band (B1) and the second band (B2) being continuous and noncontiguous with one another, the imager comprising an enclosure , the enclosure having a first temperature (T1), the enclosure comprising: - a separator separating an incident infrared flux (FI) into two separate fluxes, the first flux (F1) being the portion of the incident infrared flux (FI) in the first spectral band (B1) and the second flux (F2) being the portion of the incident infrared flux (FI) in the second spectral band (B2), - a single detector able to detect a flux in both spectral bands (B1, B2), the single detector being cooled to a second temperature (T2), the second temperature (T2) being strictly lower than the first temperature (T1), - a switching optic movable between a first position in which the first flux (F1) is sent to the single detector and a second position in which the second flux (F2) is sent to the single detector , and - a first reflector having a first bottom at a temperature strictly below the first temperature (T1), the first reflector being positioned so that the image of the first bottom in the first spectral band (B1) by the switching optic in the second position is situated on the single detector . - a separator separating an incident infrared flux (FI) into two separate fluxes, the first flux (F1) being the portion of the incident infrared flux (FI) in the first spectral band (B1) and the second flux (F2) being the portion of the incident infrared flux (FI) in the second spectral band (B2), - a single detector able to detect a flux in both spectral bands (B1, B2), the single detector being cooled to a second temperature (T2), the second temperature (T2) being strictly lower than the first temperature (T1), - a switching optic movable between a first position in which the first flux (F1) is sent to the single detector and a second position in which the second flux (F2) is sent to the single detector , and - a first reflector having a first bottom at a temperature strictly below the first temperature (T1), the first reflector being positioned so that the image of the first bottom in the first spectral band (B1) by the switching optic in the second position is situated on the single detector .
A medical support arm device comprising: a brake provided in at least one joint of a plurality of joints that define a deployment configuration of a multi-joint arm , and configured to release a rotation shaft of the at least one joint when electricity is supplied to the multi-joint arm and lock the rotation shaft when electricity is not supplied to the multi-joint arm, wherein when electricity is not supplied to the multi-joint arm, the brake is configured to exert a brake force that supports a weight of the multi-joint arm to maintain the deployment configuration of the multi-joint arm, but also permits rotation of the rotation shaft by an external manually applied force equal to or larger than a predetermined value; characterized in that : the brake force is controllably adjusted to correspond with a change in torque on the at least one of the joints depending on the deployment configuration of the multi-joint arm. a brake provided in at least one joint of a plurality of joints that define a deployment configuration of a multi-joint arm , and configured to release a rotation shaft of the at least one joint when electricity is supplied to the multi-joint arm and lock the rotation shaft when electricity is not supplied to the multi-joint arm, wherein when electricity is not supplied to the multi-joint arm, the brake is configured to exert a brake force that supports a weight of the multi-joint arm to maintain the deployment configuration of the multi-joint arm, but also permits rotation of the rotation shaft by an external manually applied force equal to or larger than a predetermined value; characterized in that : the brake force is controllably adjusted to correspond with a change in torque on the at least one of the joints depending on the deployment configuration of the multi-joint arm.
Printing machine comprising a plurality of inkjet print heads (06; 07; 08; 09; 11; 12; 13; 14) arranged together in a printing unit , the inkjet print heads (06; 07; 08; 09; 11; 12; 13; 14) being controlled by a control unit and arranged in such a way that, using the inkjet print heads, at least one substrate that is moved relative to the inkjet print heads by way of a transport device can be printed with an ink discharged by the inkjet print heads; in the printing unit , at least two of the inkjet print heads (06; 07; 08; 09; 11; 12; 13; 14) being jointly arranged, in relation to a certain stationary position (a; b; c; d) in the printing machine in a transport path of a relevant substrate , at a printing nip assigned to one of the positions (a; b; c; d) in the transport path of the relevant substrate ; the control unit being configured so as to activate a first of the inkjet print heads (06; 07; 08; 09) arranged at the relevant printing nip when a substrate of a first substrate type moves past the relevant stationary position (a; b; c; d) in the transport path of the relevant substrate , and so as to activate a second of the inkjet print heads (11; 12; 13; 14) arranged at the relevant printing nip when a substrate of a second substrate type moves past the relevant stationary position (a; b; c; d) in the transport path of the relevant substrate ; and the first substrate type and the second substrate type being configured to differ from one another in terms of a material thereof and/or a nature of a surface to be printed, characterized in that the inkjet print heads (06; 07; 08; 09; 11; 12; 13; 14) arranged in the relevant printing unit are each configured so as to print an ink that comprises at least one colorant, both for the first substrate type and for the second substrate type.
A polyolefin microporous film having: a compressive elastic modulus is 95 MPa or more and 150 MPa or less, and an average value (Ra(ave)) of a surface roughness (Ra) of a film surface measured at a front surface and a rear surface is substantially 0.30 μm or less. a compressive elastic modulus is 95 MPa or more and 150 MPa or less, and an average value (Ra(ave)) of a surface roughness (Ra) of a film surface measured at a front surface and a rear surface is substantially 0.30 μm or less.
Small mammal defence device , comprising: an actuator unit configured to generate a repellent effect to drive away a small mammal; a monitoring device , coupled to electrical components of the small mammal defence device and configured to monitor the operating state of the small mammal defence device ; characterised by a passive or semi-passive RFID transponder coupled to the monitoring device and configured to send an operating state signal representing the operating state of the small mammal defence device to an RFID reader via an RFID air interface. an actuator unit configured to generate a repellent effect to drive away a small mammal; a monitoring device , coupled to electrical components of the small mammal defence device and configured to monitor the operating state of the small mammal defence device ; characterised by a passive or semi-passive RFID transponder coupled to the monitoring device and configured to send an operating state signal representing the operating state of the small mammal defence device to an RFID reader via an RFID air interface.
A rotor of a centrifugal separator, the rotor having a central shaft on which a disc stack of a plurality of identical discs is arranged, the shaft having on its outer circumference an engagement contour for a rotationally fixed, axially displaceable engagement with a corresponding contour on an inner circumference of the discs of the disc stack , the engagement contour and the corresponding contour capable of being brought into engagement with one another in a plurality of circumferentially spaced-apart rotational positions, and each disc having spacers spaced apart from one another in the circumferential direction of the disc, the spacers keeping each of two adjacent discs at an axial spacing from one another to form an intermediate flow gap with a predeterminable gap dimension (h), characterized in that , the spacers of the discs are designed and arranged in such a way that at least two different axial spacings with different gap dimensions (h 1 , h 2 ) of the flow gap between the adjacent discs can be set with different rotational positions of adjacent discs relative to one another in the disc stack and the circumferentially spaced-apart rotational positions in which the engagement contour and the corresponding contour can be brought into engagement with one another are located in two superimposed angular grids, offset against one another in circumferential direction by an offset angle (δ), wherein the two angular grids each have a uniform corresponding grid angle spacing ( α ), wherein the grid angle spacing ( α ) corresponds to an integral fraction of 360° and wherein the offset angle ( δ ) is smaller than half the grid angle spacing ( α ) . the spacers of the discs are designed and arranged in such a way that at least two different axial spacings with different gap dimensions (h 1 , h 2 ) of the flow gap between the adjacent discs can be set with different rotational positions of adjacent discs relative to one another in the disc stack and the circumferentially spaced-apart rotational positions in which the engagement contour and the corresponding contour can be brought into engagement with one another are located in two superimposed angular grids, offset against one another in circumferential direction by an offset angle (δ), wherein the two angular grids each have a uniform corresponding grid angle spacing ( α ), wherein the grid angle spacing ( α ) corresponds to an integral fraction of 360° and wherein the offset angle ( δ ) is smaller than half the grid angle spacing ( α ) .