mhurhangee/patent-ind-claim-en huggingface dataset:
A connection device for coupling a load to a lifting lug by means of a support bolt , wherein the support bolt is located so as to be able to be rotated about the longitudinal axis thereof in a through-opening of a ring holder , has a threaded shaft and a bolt head which protrudes radially beyond it and can also be rotated therewith relative to the lifting lug with a coupled load , characterized in that - the ring holder is covered at the lower side thereof by an end flange which radially protrudes at the lower end of a sleeve which can be rotated about the support bolt and which is releasably secured thereto by means of tension in an axial direction, - there is provided on the ring holder at least one locking member which can be brought into engagement with the bolt head and which can be moved into a locking position and into an initial position, wherein it blocks the bolt head in terms of rotation with respect to the ring holder in the locking position and is not in engagement with the bolt head in the initial position, - the support bolt is supported in the through-opening of the ring holder by means of a ball bearing , and - the lifting lug is constructed as an open ring, the two end regions of which are each bent in the direction toward each other and in the assembled state at mutually opposing sides run radially into recesses which are formed on the lower side of the ring holder and which are in each case open therein in a downward direction. - the ring holder is covered at the lower side thereof by an end flange which radially protrudes at the lower end of a sleeve which can be rotated about the support bolt and which is releasably secured thereto by means of tension in an axial direction, - there is provided on the ring holder at least one locking member which can be brought into engagement with the bolt head and which can be moved into a locking position and into an initial position, wherein it blocks the bolt head in terms of rotation with respect to the ring holder in the locking position and is not in engagement with the bolt head in the initial position, - the support bolt is supported in the through-opening of the ring holder by means of a ball bearing , and - the lifting lug is constructed as an open ring, the two end regions of which are each bent in the direction toward each other and in the assembled state at mutually opposing sides run radially into recesses which are formed on the lower side of the ring holder and which are in each case open therein in a downward direction.
An engine device comprising: an exhaust manifold disposed on one of left and right sides of a cylinder head and an intake manifold disposed on the other one of left and right sides of the cylinder head , wherein the left and right sides of the cylinder head are opposite side portions parallel to a crankshaft ; an EGR device configured to circulate, as EGR gas, a portion of exhaust gas exhausted from the exhaust manifold to the intake manifold ; and an EGR cooler configured to cool the EGR gas and supply the EGR gas to the EGR device , wherein: the EGR cooler is located at a front side of the engine device and includes a heat exchanger in which coolant passages and EGR gas fluid passages are alternately stacked and two flange portions which form a pair of left and right flange portions provided respectively at left and right end portions of one side surface of the heat exchanger ; an inlet of a coolant and an outlet of the EGR gas are provided to one of the left and right flange portions ; an outlet of the coolant and an inlet of the EGR gas are provided to the other one of the left and right flange portions ; the left and right flange portions are connected to one of front and rear sides of the cylinder head , wherein the front and rear sides are perpendicular to the crankshaft; and the flange portions are configured as separate members.
Drive device, comprising an electric motor for driving at least one unit and a control device having a circuit board , on which control electronics for driving the electric motor are provided, wherein the control device has at least one first electric connecting element , which is electrically conductively connected to a second electric connecting element of the electric motor , wherein the first electric connecting element is formed as a flat receptacle and is mounted on the circuit board of the control device , and the second electric connecting element is formed as a flat connector, which engages in the first electric connecting element , contacting the latter, characterized in that the control device is mounted on a bearing end shield of the electric motor , the first electric connecting element , formed as a flat receptacle, is arranged substantially on a side of the circuit board that faces away from the electric motor , and the second electric connecting element , formed as a flat connector , engages in the first electric connecting element through an opening in the circuit board .
Coupling device having a shaft which has a radially encircling first axial toothing , and a corresponding sleeve which as a radially encircling second axial toothing , wherein the shaft and the sleeve are disposed so as to be rotatable in a mutually coaxial manner about an axis ; wherein the shaft or the sleeve is able to be axially moved by an adjustment path for engaging the radially encircling first axial toothing of the shaft in the radially encircling second axial toothing of the sleeve , and for disengaging the radially encircling first axial toothing of the shaft from the radially encircling second axial toothing of the sleeve ; wherein the shaft has a radially encircling third axial toothing at an axial spacing from the radially encircling first axial toothing ; wherein the teeth of the radially encircling first toothing and of the radially encircling third toothing are axially mutually aligned, and the sleeve has a radially encircling fourth axial toothing at the same axial spacing from the radially encircling second axial toothing , and the teeth of the radially encircling second axial toothing and of the radially encircling fourth axial toothing are axially mutually aligned; wherein the axial spacing between the radially encircling first and third axial toothing corresponds to at least the width of the radially encircling fourth axial toothing ; and wherein in a first shifting position all toothings are disengaged from one another, and in a second shifting position the radially encircling first axial toothing engages in the radially encircling second axial toothing , and the radially encircling third axial toothing engages in the radially encircling fourth axial toothing , characterized in that the teeth of the radially encircling first axial toothing on their tooth flanks have first backings , wherein the tips of the teeth on their ends that face the radially encircling second axial toothing have a smaller width than on their ends that face away from the radially encircling second axial toothing .
A sensor device for use in harsh media, the sensor device comprising: - a silicon die comprising a lowly doped region ; - a contact layer contacting the silicon die , the contact layer comprising a refractory metal and an ohmic contact to said silicon die via a silicide of said refractory metal; and - a noble metal layer provided over said contact layer such that the contact layer is completely covered by the noble metal layer, said noble metal layer comprising palladium, platinum or a metal alloy of palladium and/or platinum, wherein said noble metal layer is patterned to form an interconnect structure and a contact connecting via said contact layer to said ohmic contact , characterized in that said noble metal layer is patterned such that the patterned noble metal layer forms a shield to prevent modulation of the lowly doped region by surface charges. - a silicon die comprising a lowly doped region ; - a contact layer contacting the silicon die , the contact layer comprising a refractory metal and an ohmic contact to said silicon die via a silicide of said refractory metal; and - a noble metal layer provided over said contact layer such that the contact layer is completely covered by the noble metal layer, said noble metal layer comprising palladium, platinum or a metal alloy of palladium and/or platinum, wherein said noble metal layer is patterned to form an interconnect structure and a contact connecting via said contact layer to said ohmic contact , characterized in that said noble metal layer is patterned such that the patterned noble metal layer forms a shield to prevent modulation of the lowly doped region by surface charges.
An implant syringe with a cannula , a storage element for accommodating a solid material implant , an outer sleeve with a radially projecting front gripping section , with which the cannula , the storage element and the outer sleeve are axially movable together, an inner sleeve , on which the outer sleeve sits and in which the cannula is slidable with the storage element , wherein the inner sleeve has axial slots, through which radial webs on the outer sleeve engage, further including a rod-shaped piston , which is fastened to a rear gripping section and is partially surrounded by a rear sleeve , which can slidably engage in the inner sleeve , wherein the rod-shaped piston may be advanced through the storage element into the cannula so far that a gap remains between the tip of the cannula and the head end of the piston , which is approximately equal to the length of the solid material implant to be delivered, wherein the outer sleeve is releasably locked in the advanced starting position with the cannula exposed by a blocking device and the blocking device is moved into the released position when the rear sleeve is advanced into its end position, whereby the outer sleeve is retractable by means of the front gripping section on the inner sleeve until the cannula is located within the inner sleeve , characterised in that the cannula is firmly connected to the storage element to form a cannula unit, that the webs on the outer sleeve are attached at their radially inner ends to an annular mounting member within the inner sleeve and that the cannula unit is pluggable into the mounting member and is lockable therein, whereby a solid material implant can be inserted into the storage element .
A flexure based, triaxial dynamometer comprising one monolithic top flexure frame with three flexural arms that meet at a central force exertion point in the proximity of which three light blocking structures exist positioned to one another in a manner so as to represent three-dimensional Euclidean space characterized in that; said top flexure frame is in operationally aligned position with an external sensor stand such that said light blocking structures respectively cooperate with three photointerrupter sensors of said triaxial dynamometer, said photointerrupter sensors being disposed in designated sensor placement slots on said sensor stand , light transmission gaps of said photointerrupter sensors appropriately housing the light blocking structures so that force sensing setup is consolidated in operationally assembled position of the triaxial dynamometer.
A histological specimen cassette printer comprising: a printing section comprising a printhead and a cassette holder ; a cassette supply assembly having a supply top and a supply bottom, wherein the cassette supply assembly is positioned proximate the printing section; and a cassette picker assembly comprising: a picker head comprising a cassette grasping mechanism at a bottom of the picker head ; and a picker actuator operably connected to the picker head to move the picker head from the supply top of the cassette supply assembly to a position proximate the cassette holder and back to the supply top of the cassette supply assembly , characterised in that the cassette grasping mechanism comprises: a first finger ; and a second finger positioned opposite the first finger, wherein the first and second fingers are actuable such that lower ends of the first and second fingers move inward to grasp opposite sides of a histological specimen cassette . a printing section comprising a printhead and a cassette holder ; a cassette supply assembly having a supply top and a supply bottom, wherein the cassette supply assembly is positioned proximate the printing section; and a cassette picker assembly comprising: a picker head comprising a cassette grasping mechanism at a bottom of the picker head ; and a picker actuator operably connected to the picker head to move the picker head from the supply top of the cassette supply assembly to a position proximate the cassette holder and back to the supply top of the cassette supply assembly , characterised in that the cassette grasping mechanism comprises: a first finger ; and a second finger positioned opposite the first finger, wherein the first and second fingers are actuable such that lower ends of the first and second fingers move inward to grasp opposite sides of a histological specimen cassette . a picker head comprising a cassette grasping mechanism at a bottom of the picker head ; and a picker actuator operably connected to the picker head to move the picker head from the supply top of the cassette supply assembly to a position proximate the cassette holder and back to the supply top of the cassette supply assembly , characterised in that the cassette grasping mechanism comprises: a first finger ; and a second finger positioned opposite the first finger, wherein the first and second fingers are actuable such that lower ends of the first and second fingers move inward to grasp opposite sides of a histological specimen cassette . a first finger ; and a second finger positioned opposite the first finger, wherein the first and second fingers are actuable such that lower ends of the first and second fingers move inward to grasp opposite sides of a histological specimen cassette .
A method of blackening surgical needles, comprising the steps of: A. placing at least one surgical needle having an outer surface into a pretreatment bath, wherein the pretreatment bath comprises: 10 wt.% to 20 wt.% of water soluble chloride salt; 5 wt.% to 15 wt.% of inorganic acid; 65 wt.% to 80 wt.% of water, wherein the pretreatment bath has a pH of 0.5 to 1.2; and, B. then placing the surgical needle into a blackening bath, wherein the bath comprises: 3 wt.% to 20 wt.% of a highly soluble nitric acid salt; 18 wt.% to 38 wt.% of a strong base; 50 wt.% to 75 wt.% of water; 0.2 wt.% to 5 wt.% of a transition metal salt of a strong acid, wherein the transition metal salt of a strong acid is selected from nickel nitrate, cobalt nitrate, nickel sulfate, cobalt sulfate, iron nitrate, copper perchlorate, nickel perchlorate, iron perchlorate, and cobalt perchlorate; 0.2 wt.% to 5 wt.% of a sulfur-containing reducer compound; and, C. maintaining the needle in the blackening bath for a sufficiently effective period of time to provide a blackened coating on the outer surface of the needle. A. placing at least one surgical needle having an outer surface into a pretreatment bath, wherein the pretreatment bath comprises: 10 wt.% to 20 wt.% of water soluble chloride salt; 5 wt.% to 15 wt.% of inorganic acid; 65 wt.% to 80 wt.% of water, wherein the pretreatment bath has a pH of 0.5 to 1.2; and, 10 wt.% to 20 wt.% of water soluble chloride salt; 5 wt.% to 15 wt.% of inorganic acid; 65 wt.% to 80 wt.% of water, B. then placing the surgical needle into a blackening bath, wherein the bath comprises: 3 wt.% to 20 wt.% of a highly soluble nitric acid salt; 18 wt.% to 38 wt.% of a strong base; 50 wt.% to 75 wt.% of water; 0.2 wt.% to 5 wt.% of a transition metal salt of a strong acid, wherein the transition metal salt of a strong acid is selected from nickel nitrate, cobalt nitrate, nickel sulfate, cobalt sulfate, iron nitrate, copper perchlorate, nickel perchlorate, iron perchlorate, and cobalt perchlorate; 0.2 wt.% to 5 wt.% of a sulfur-containing reducer compound; and, 3 wt.% to 20 wt.% of a highly soluble nitric acid salt; 18 wt.% to 38 wt.% of a strong base; 50 wt.% to 75 wt.% of water; 0.2 wt.% to 5 wt.% of a transition metal salt of a strong acid, wherein the transition metal salt of a strong acid is selected from nickel nitrate, cobalt nitrate, nickel sulfate, cobalt sulfate, iron nitrate, copper perchlorate, nickel perchlorate, iron perchlorate, and cobalt perchlorate; 0.2 wt.% to 5 wt.% of a sulfur-containing reducer compound; and, C. maintaining the needle in the blackening bath for a sufficiently effective period of time to provide a blackened coating on the outer surface of the needle.
A computer-implemented method of processing an image formed of pixels, the image being one image of a plurality of images that make up a video sequence, the method comprising: detecting skin tone pixels in the image; applying local sharpening to all of the skin tone pixels; and regenerating the image using the locally sharpened skin tone pixels, wherein the regenerated image consists of the locally sharpened skin tone pixels and the original non-skin tone pixels; characterised by (i) applying local contrast enhancement to the skin tone pixels prior to applying local sharpening to the skin tone pixels and (ii) adjusting the colour of the skin tone pixels prior to applying local sharpening to the skin tone pixels. detecting skin tone pixels in the image; applying local sharpening to all of the skin tone pixels; and regenerating the image using the locally sharpened skin tone pixels, wherein the regenerated image consists of the locally sharpened skin tone pixels and the original non-skin tone pixels; characterised by (i) applying local contrast enhancement to the skin tone pixels prior to applying local sharpening to the skin tone pixels and (ii) adjusting the colour of the skin tone pixels prior to applying local sharpening to the skin tone pixels.
Antenna device comprising a substrate comprising a first upper main side and a second lower main side located opposite the first upper main side , wherein at least one first antenna and at least one second antenna are arranged on the first main side of the substrate , wherein a metallization is arranged, at least in portions, on the second main side of the substrate , opposite the two antennas , wherein the first antenna is a flat antenna extending, within a plane , in parallel with one of the two main sides of the substrate , and wherein the flat antenna is arranged flat on the surface of the first main side of the substrate , wherein the second antenna , compared to the flat antenna , extends in at least one further spatial direction and is spaced apart, at least in portions, from the first main side of the substrate , and wherein the second antenna and the flat antenna are galvanically connected to each other at a shared signal feeding portion , wherein the flat antenna comprises a main lobe substantially extending vertically upward, that is, away from the substrate , whereby the flat antenna is configured for radiating in a vertical direction with respect to the substrate plane, and wherein the second antenna comprises a main lobe substantially propagating in a horizontal plane, that is, along the substrate plane, whereby the second antenna is configured for radiating in a horizontal direction with respect to the substrate plane. a substrate comprising a first upper main side and a second lower main side located opposite the first upper main side , wherein at least one first antenna and at least one second antenna are arranged on the first main side of the substrate , wherein a metallization is arranged, at least in portions, on the second main side of the substrate , opposite the two antennas , wherein the first antenna is a flat antenna extending, within a plane , in parallel with one of the two main sides of the substrate , and wherein the flat antenna is arranged flat on the surface of the first main side of the substrate , wherein the second antenna , compared to the flat antenna , extends in at least one further spatial direction and is spaced apart, at least in portions, from the first main side of the substrate , and wherein the second antenna and the flat antenna are galvanically connected to each other at a shared signal feeding portion , wherein the flat antenna comprises a main lobe substantially extending vertically upward, that is, away from the substrate , whereby the flat antenna is configured for radiating in a vertical direction with respect to the substrate plane, and wherein the second antenna comprises a main lobe substantially propagating in a horizontal plane, that is, along the substrate plane, whereby the second antenna is configured for radiating in a horizontal direction with respect to the substrate plane.
A detection mode control circuit, comprising: a morphological detection module , an elasticity detection module and a switch module ; wherein the morphological detection module is connected to the switch module and configured to generate a morphological detection control signal according to a user instruction or a system setting and transmit the morphological detection control signal to the switch module ; the elasticity detection module is connected to the switch module and configured to generate an elasticity detection control signal and a second control signal according to the user instruction or the system setting, and transmit the elasticity detection control signal and the second control signal to the switch module ; and the switch module is connected to a compound probe and configured to receive the morphological detection control signal, the elasticity detection control signal, and the second control signal, and transmit, according to the second control signal, the morphological detection control signal to the compound probe to perform morphological detection, or transmit, according to the second control signal, the elasticity detection control signal to the compound probe to perform elasticity detection. wherein the morphological detection module is connected to the switch module and configured to generate a morphological detection control signal according to a user instruction or a system setting and transmit the morphological detection control signal to the switch module ; the elasticity detection module is connected to the switch module and configured to generate an elasticity detection control signal and a second control signal according to the user instruction or the system setting, and transmit the elasticity detection control signal and the second control signal to the switch module ; and the switch module is connected to a compound probe and configured to receive the morphological detection control signal, the elasticity detection control signal, and the second control signal, and transmit, according to the second control signal, the morphological detection control signal to the compound probe to perform morphological detection, or transmit, according to the second control signal, the elasticity detection control signal to the compound probe to perform elasticity detection.