mhurhangee/patent-ind-claim-en huggingface dataset:
An upper (100; 300; 500; 1350; 1400) for an article of footwear, the upper (100; 300; 500; 1350; 1400) comprising: a spray formed first layer (710; 1310) comprising a first material; and a second layer comprising a second material, the second layer being adhered to the first layer (710; 1310), wherein the second layer comprises a spray formed fibrous mixture of staple fibers combined with a binder material; wherein: a transition zone (735; 740) is defined at a transition between the first layer (710; 1310) and the second layer , the transition zone (735; 740) comprising a mixture of the first and second materials; the first layer (710; 1310) includes an exposed surface that defines an exterior of the upper (100; 300; 500; 1350; 1400), the exposed surface includes structural surface components disposed at portions of the exposed surface, and at least 50% of the exposed surface includes the structural surface components; and the structural surface components comprise an arrangement of surface components in a plurality of different patterns, with each pattern being located at a different location of the exposed surface. a spray formed first layer (710; 1310) comprising a first material; and a second layer comprising a second material, the second layer being adhered to the first layer (710; 1310), wherein the second layer comprises a spray formed fibrous mixture of staple fibers combined with a binder material; wherein: a transition zone (735; 740) is defined at a transition between the first layer (710; 1310) and the second layer , the transition zone (735; 740) comprising a mixture of the first and second materials; the first layer (710; 1310) includes an exposed surface that defines an exterior of the upper (100; 300; 500; 1350; 1400), the exposed surface includes structural surface components disposed at portions of the exposed surface, and at least 50% of the exposed surface includes the structural surface components; and a transition zone (735; 740) is defined at a transition between the first layer (710; 1310) and the second layer , the transition zone (735; 740) comprising a mixture of the first and second materials; the first layer (710; 1310) includes an exposed surface that defines an exterior of the upper (100; 300; 500; 1350; 1400), the exposed surface includes structural surface components disposed at portions of the exposed surface, and at least 50% of the exposed surface includes the structural surface components; and the structural surface components comprise an arrangement of surface components in a plurality of different patterns, with each pattern being located at a different location of the exposed surface.
Bearing steel excellent in producibility and corrosion resistance characterized by containing, by mass%, C in an amount of 0.5 to 0.6%, Si in an amount of 0.1 to 2.0%, Mn in an amount of 0.1 to 0.5% Cr in an amount of 3.0 to 8.0%, and Al in an amount of 0.04% or less, including 0%, S in an amount of 0.01% or less satisfying the following Equation : Cr + 2.0 × Ni − 300 × S ≥ 2.0 restricting Mo to an amount of 0.5% or less, including 0%, and N to an amount of 0.02% or less, including 0%, optionally containing one or more selected from Ni in an amount of 2.0% or less, Nb in an amount of 0.01 to 0.1%, V in an amount of 0.01 to 0.1%, Ti in an amount of 0.01% or less, including 0%, Cu in an amount of 0.2% or less and O in an amount of 0.0015% or less, including 0%, P in an amount of 0.05% or less with the balance of Fe and unavoidable impurities, and having a microstructure having martensite of less than 50% and pearlite, and having a hardness of less than Hv300.
A prosthetic valve delivery catheter, comprising an outer sheath assembly and an inner sheath assembly, wherein: the outer sheath assembly comprises a capsule in which a prosthetic valve can be received and an outer sheath fixedly connected at one end to the capsule ; the inner sheath assembly comprises an inner sheath and an anchor fixedly connected to the inner sheath ; and the inner sheath assembly is arranged within a lumen of the outer sheath assembly, the capsule and the anchor forming a circumferentially indexed fit therebetween to allow them to rotate in concert with a circumferential rotation of the inner sheath , wherein an outer wall of the anchor is provided with at least one embedded section , and wherein a friction generated between the embedded section and the capsule is greater than a friction generated between the prosthetic valve and the capsule , characterized in that the embedded section comprises a first strip unit and a second strip unit , with a first spring and a second spring being connected therebetween, and the prosthetic valve delivery catheter further comprises a pull thread , wherein the pull thread is arranged at a joint where the first and second strip units meet the first or second spring , and is drawn out of the inner sheath . wherein an outer wall of the anchor is provided with at least one embedded section , and wherein a friction generated between the embedded section and the capsule is greater than a friction generated between the prosthetic valve and the capsule , characterized in that the embedded section comprises a first strip unit and a second strip unit , with a first spring and a second spring being connected therebetween, and the prosthetic valve delivery catheter further comprises a pull thread , wherein the pull thread is arranged at a joint where the first and second strip units meet the first or second spring , and is drawn out of the inner sheath .
Protection and retention device for fluid for a machine tool or transportable tank containing at least one fluid, in particular a pollutant, such as gasoline, oil or the like, the protection and retention device having a bottom wall which comprises at least two parallel sides , on each of which at least one side wall is mounted, the side wall being capable of assuming at least one unfolded position in the plane of the bottom wall to define a working plane and at least one folded position relative to this bottom wall , characterized in that at least one of the bottom wall and side walls defines a retention tray .
Laundry washing machine , comprising: - a washing tub external to a rotatable washing drum adapted to receive laundry; - a recirculation circuit , suitable for withdrawing liquid from a first recirculation region of said washing tub and for re-admitting such a liquid into a second recirculation region of said washing tub , said recirculation circuit comprising a recirculation pump suitable for forcing liquid inside said recirculation circuit comprising at least one recirculation duct for transporting liquid; - an UV source within said recirculating circuit ; wherein said recirculation duct comprises a conduit for the liquid to flow and a seat for receiving said UV source including a UV-transparent wall , wherein a portion of the UV-transparent wall separates said seat from the conduit, wherein said seat is designed in such a way that the recirculation duct in its housing region forms a laterally extended pocket for housing the UV source, the lateral extension is formed in a direction perpendicular to the direction of flow of liquid through the recirculation duct, by means of this lateral extension said recirculation duct being laterally enlarged to house said UV source and still allowing flow of liquid through said recirculation duct, characterized in that said pocket is built or designed in such a way that with the UV source inserted, the flow through said duct is not hindered compared to parts of said duct downstream or upstream of this pocket, leading to continuous flow and avoiding clogging, in said housing region of said duct, whereby said UV source comprises an UV lamp which produces UV-C light, and whereby said UV lamp comprises a housing which is built of quartz, and whereby said housing at least partially comprises an inner reflective surface for the UV radiation emitted from said UV lamp . - a washing tub external to a rotatable washing drum adapted to receive laundry; - a recirculation circuit , suitable for withdrawing liquid from a first recirculation region of said washing tub and for re-admitting such a liquid into a second recirculation region of said washing tub , said recirculation circuit comprising a recirculation pump suitable for forcing liquid inside said recirculation circuit comprising at least one recirculation duct for transporting liquid; - an UV source within said recirculating circuit ;
An animal trap for killing an animal comprising a trap body , an electrical energy source , the electrical energy source being connected to a high voltage circuit , at least a first and a second killing plate, wherein the first killing plate is connected to the high voltage circuit and the second killing plate is connected to the high voltage circuit , such that in case an animal steps on the first and the second killing plate simultaneously the electric high voltage circuit is closed and the animal is electrocuted, wherein a shield , is arranged between the second killing plate and the trap body , characterized in that the trap body has the shape of an elongated tunnel having a lower tunnel wall below the killing plates and an upper tunnel wall opposite of the lower tunnel wall , wherein the shield is arranged at least on the inside of the upper and lower tunnel walls .
A reduced-pressure treatment system for applying reduced-pressure treatment to a tissue site, the system comprising: a wound cover , for covering the tissue site and for forming a sealed space ; a reduced-pressure source producing a positive pressure exhaust and reduced pressure, the reduced-pressure source for providing reduced pressure to the tissue site; and an offloading pressure component for dispersing positive pressure exerted on or near the tissue site , the offloading pressure component fluidly coupled to the reduced pressure source for receiving at least a portion of the positive pressure exhaust; characterised in that the offloading pressure component includes a relief valve for releasing air from the offloading pressure component . a wound cover , for covering the tissue site and for forming a sealed space ; a reduced-pressure source producing a positive pressure exhaust and reduced pressure, the reduced-pressure source for providing reduced pressure to the tissue site; and an offloading pressure component for dispersing positive pressure exerted on or near the tissue site , the offloading pressure component fluidly coupled to the reduced pressure source for receiving at least a portion of the positive pressure exhaust; characterised in that the offloading pressure component includes a relief valve for releasing air from the offloading pressure component .
The combination of a physical model of a set of a patient's teeth and an elongated implant analog for insertion into said physical model to simulate a dental implant, said analog having a first end and a second opposite end and being internally configured to mate with a fixture part of a dental restoration to be finalized using said physical model , said analog having a stop section located between said first and second end and including a face oriented away from said first end , said physical model having a base face and an opposite gingival part , a through-going hole extending from said base face to said opposite gingival part , said physical model including an internal abutment face in said through-going hole , and said physical model and said analog having mating rotation restricting faces restricting rotation of said analog inserted into said hole , said stop section and said abutment face being complementary to define a snap engagement for maintaining a desired insertion depth of said analog in said hole , said physical model and said analog being configured to provide: i) for a peripheral space (S) between said physical model and said analog inside said hole along a length (L) of said analog extending to a distal portion distant from said snap engagement, and ii) for said distal portion to contact said physical model in said hole , to maintain said analog against sideways movement in said hole ; wherein said second opposite end includes a signaling portion for providing a visual, audible or tactile signal, wherein said signal is provided as a visual or tactile signal by said signaling portion being flush with said base face of said physical model .
Thermal conditioning circuit for a hybrid or electric motor vehicle, in which a refrigerant is able to circulate, said circuit comprising a compressor , a condenser , an evaporator-condenser , an evaporator and a heat exchanger thermally coupled to an electric member, such as a vehicle electric battery, characterized in that the circuit comprises a first expansion valve located directly upstream of the evaporator , a second expansion valve located directly upstream of the heat exchanger , a third expansion valve located directly upstream of the evaporator-condenser when the latter operates as a condenser, and a bidirectional expansion valve , and in that the circuit is configured to operate at least in the following three modes, in which the refrigerant is able to circulate in series and successively: - through the condenser , the third expansion valve , the evaporator-condenser , the first expansion valve and the evaporator , called the first mode; - through the condenser , the first expansion valve , the evaporator , the bidirectional expansion valve and the evaporator-condenser , called the second mode; as well as in another mode, called the third mode, in which the first expansion valve and the evaporator are arranged in parallel with the heat exchanger , the second expansion valve associated with this exchanger , and the evaporator-condenser , the refrigerant then being able to circulate in series and successively through the condenser and then through at least two of said elements arranged in parallel. characterized in that the circuit comprises a first expansion valve located directly upstream of the evaporator , a second expansion valve located directly upstream of the heat exchanger , a third expansion valve located directly upstream of the evaporator-condenser when the latter operates as a condenser, and a bidirectional expansion valve , and in that the circuit is configured to operate at least in the following three modes, in which the refrigerant is able to circulate in series and successively: - through the condenser , the third expansion valve , the evaporator-condenser , the first expansion valve and the evaporator , called the first mode; - through the condenser , the first expansion valve , the evaporator , the bidirectional expansion valve and the evaporator-condenser , called the second mode; - through the condenser , the third expansion valve , the evaporator-condenser , the first expansion valve and the evaporator , called the first mode; - through the condenser , the first expansion valve , the evaporator , the bidirectional expansion valve and the evaporator-condenser , called the second mode; as well as in another mode, called the third mode, in which the first expansion valve and the evaporator are arranged in parallel with the heat exchanger , the second expansion valve associated with this exchanger , and the evaporator-condenser , the refrigerant then being able to circulate in series and successively through the condenser and then through at least two of said elements arranged in parallel.
A shelf for thermal processing comprising: a board having a flat plate shape; a column comprising a support part which supports the board from below, and an opposing part which is located above the support part and opposing an upper surface of the board ; and a projection portion projecting from one of the upper surface and a lower surface of the board disposed between the support part and the opposing part , wherein one of the support part and the opposing part that is located on a side of the one of the upper surface and the lower surface opposes a side surface of the projection portion , characterized in that the one of the support part and the opposing part opposing the side surface of the projection portion makes contact with the projection portion to restrict the board from moving relative to the column in any direction parallel to one of the upper surface and the lower surface of the flat plate shape of the board , the projection portion comprises: a pin fixed to the board , wherein the pin and the one of the support part and the opposing part are disposed with a clearance therebetween; and a spacer engaged with the pin and disposed in the clearance between the pin and the one of the support part and the opposing part . a board having a flat plate shape; a column comprising a support part which supports the board from below, and an opposing part which is located above the support part and opposing an upper surface of the board ; and a projection portion projecting from one of the upper surface and a lower surface of the board disposed between the support part and the opposing part , wherein one of the support part and the opposing part that is located on a side of the one of the upper surface and the lower surface opposes a side surface of the projection portion , characterized in that the one of the support part and the opposing part opposing the side surface of the projection portion makes contact with the projection portion to restrict the board from moving relative to the column in any direction parallel to one of the upper surface and the lower surface of the flat plate shape of the board , the projection portion comprises: a pin fixed to the board , wherein the pin and the one of the support part and the opposing part are disposed with a clearance therebetween; and a spacer engaged with the pin and disposed in the clearance between the pin and the one of the support part and the opposing part . a pin fixed to the board , wherein the pin and the one of the support part and the opposing part are disposed with a clearance therebetween; and a spacer engaged with the pin and disposed in the clearance between the pin and the one of the support part and the opposing part .
A rotary-induction heat generator with direct current excitation for heating of solid or liquid or gaseous substances, the alternating magnetic field being required for purposes of induction, that is to say, for the generation of inductive heat, is generated with a DC coil; a static magnetic field is generated, and this static magnetic field is converted by way of a rotating mechanical component into an alternating magnetic field, wherein a DC coil is incorporated in a magnetic ring and is preferably fixedly connected to the latter, wherein the magnetic ring is statically connected to the housing of the rotary-induction heat generator , and wherein the static magnetic field generated by the DC coil is converted by way of a rotating mechanical part, specifically a pole wheel , into an alternating magnetic field , characterized in that the pole wheel consists of an inner pole ring , an outer pole ring and a pole ring carrier , by which the static magnetic field is converted into an alternating field in an induction ring axially adjacent to the pole wheel , wherein the inner and the outer pole ring have a plurality of radially oriented pole extensions , preferably more than ten, which either: a) mesh with one another, that is to say, are arranged partly radially next to one another, or overlap with one another, or b) do not overlap with one another; instead the pole extensions of the inner pole ring are radially spaced apart from the pole extensions of the outer pole ring , wherein the pole extensions of the inner and outer pole ring have a predetermined distance (A) from one another and preferably the number of pole extensions of the inner pole ring corresponds approximately to, or is the same as, the number of pole extensions of the outer pole ring . a) mesh with one another, that is to say, are arranged partly radially next to one another, or overlap with one another, or b) do not overlap with one another; instead the pole extensions of the inner pole ring are radially spaced apart from the pole extensions of the outer pole ring , wherein the pole extensions of the inner and outer pole ring have a predetermined distance (A) from one another and preferably the number of pole extensions of the inner pole ring corresponds approximately to, or is the same as, the number of pole extensions of the outer pole ring .
An apparatus for testing endurance of a brake hose , comprising: a plurality of first fixing brackets into each of which a first fitting member provided at one end of the brake hose is inserted; a first mounting block configured to have the plurality of first fixing brackets attached thereto and configured to move up and down; a vertical driving unit configured to drive the first mounting block to move up and down; a plurality of second fixing brackets into each of which a second fitting member provided at the opposite end of the brake hose is inserted; and moving brackets into each of which a second fitting member provided at the opposite end of the brake hose is inserted; a second mounting block configured to have the plurality of second fixing brackets or the moving brackets attached and fixed thereto, wherein, in the case where the brake hose is to be attached to a front wheel of a vehicle, the second fitting member provided at the opposite end of the brake hose is attached to the moving bracket and, in the case where the brake hose is to be attached to a rear wheel of a vehicle, the first fitting member provided at one end of the brake hose is attached to the second fixing bracket ; and a horizontal driving unit configured to drive the moving brackets to move left and right, wherein the first and second fitting members of the brake hose are universal fitting members laid out to reflect the interference characteristics between the brake hose and peripheral components of a wheel of a vehicle during operation of the vehicle. a plurality of first fixing brackets into each of which a first fitting member provided at one end of the brake hose is inserted; a first mounting block configured to have the plurality of first fixing brackets attached thereto and configured to move up and down; a vertical driving unit configured to drive the first mounting block to move up and down; a plurality of second fixing brackets into each of which a second fitting member provided at the opposite end of the brake hose is inserted; and moving brackets into each of which a second fitting member provided at the opposite end of the brake hose is inserted; a second mounting block configured to have the plurality of second fixing brackets or the moving brackets attached and fixed thereto, wherein, in the case where the brake hose is to be attached to a front wheel of a vehicle, the second fitting member provided at the opposite end of the brake hose is attached to the moving bracket and, in the case where the brake hose is to be attached to a rear wheel of a vehicle, the first fitting member provided at one end of the brake hose is attached to the second fixing bracket ; and a horizontal driving unit configured to drive the moving brackets to move left and right, wherein the first and second fitting members of the brake hose are universal fitting members laid out to reflect the interference characteristics between the brake hose and peripheral components of a wheel of a vehicle during operation of the vehicle.