mhurhangee/ep-ind-claims huggingface dataset:
A styloid intramedullary fixation device dimensioned to lie within a medullary canal of a distal radius when implanted, the styloid intramedullary fixation device comprising: a) an elongated, curvilinear body having a head portion and a shaft portion terminating in an end opposite the head portion and a central axis extending along a length of the body from the head portion to the end; b) a first insertion channel having a first channel insertion point and exit point and configured to accept a first bone screw, the first insertion channel defining a first channel axis extending through the first insertion channel, the first channel insertion point located within the head portion; and c) a second insertion channel having a second channel insertion point and exit point and configured to accept a second bone screw, the second insertion channel defining a second channel axis extending through the second insertion channel, the second channel insertion point and exit point located within the head portion; wherein the second channel axis diverges in a medial-lateral direction from a vertical plane containing the central axis at the head portion; and wherein the first channel axis diverges away from the second channel axis in the direction of the length of the body, characterized in that the first channel axis is at least partially coaxial with, tangential to or intersecting two points of the central axis of the intramedullary fixation device. a) an elongated, curvilinear body having a head portion and a shaft portion terminating in an end opposite the head portion and a central axis extending along a length of the body from the head portion to the end; b) a first insertion channel having a first channel insertion point and exit point and configured to accept a first bone screw, the first insertion channel defining a first channel axis extending through the first insertion channel, the first channel insertion point located within the head portion; and c) a second insertion channel having a second channel insertion point and exit point and configured to accept a second bone screw, the second insertion channel defining a second channel axis extending through the second insertion channel, the second channel insertion point and exit point located within the head portion;
An aggregated cell evaluation method comprising: a speckle image acquisition step of irradiating aggregated cells with laser light to capture speckle images generated by forward scattered light generated in the aggregated cells by irradiation with the laser light, at respective times t 1 to t N in time series, wherein the aggregated cells are a cardiac muscle tissue including cardiac muscle cells; an SC calculation step of calculating a speckle contrast value K n of the speckle image at each time t n out of the times t 1 to t N acquired in the speckle image acquisition step, determining a maximum value K max among the speckle contrast values K 1 to K N, and normalizing each speckle contrast value K n by the maximum value K max to obtain a normalized speckle contrast value K n '; and an evaluation step of evaluating motion of the aggregated cells, based on the normalized speckle contrast value K n ' at each time t n obtained in the SC calculation step or based on a correlation time τ n or a speed V n obtained therefrom. a speckle image acquisition step of irradiating aggregated cells with laser light to capture speckle images generated by forward scattered light generated in the aggregated cells by irradiation with the laser light, at respective times t 1 to t N in time series, wherein the aggregated cells are a cardiac muscle tissue including cardiac muscle cells; an SC calculation step of calculating a speckle contrast value K n of the speckle image at each time t n out of the times t 1 to t N acquired in the speckle image acquisition step, determining a maximum value K max among the speckle contrast values K 1 to K N, and normalizing each speckle contrast value K n by the maximum value K max to obtain a normalized speckle contrast value K n '; and an evaluation step of evaluating motion of the aggregated cells, based on the normalized speckle contrast value K n ' at each time t n obtained in the SC calculation step or based on a correlation time τ n or a speed V n obtained therefrom.
A vehicle anti-theft device adapted to be mounted on a vehicle for preventing theft of the vehicle, comprising: a box-shaped case having on a bottom thereof a hole through which air comes in and goes out; an operation display member for transmitting an operation state of the vehicle anti-theft device to outside of the case, the operation display member having a center vertically aligned with a center of the hole and being secured to a ceiling of the case by means of a tool inserted from the hole; and a substrate built in the case and having electronic components mounted thereon for operating the operation display member. a box-shaped case having on a bottom thereof a hole through which air comes in and goes out; an operation display member for transmitting an operation state of the vehicle anti-theft device to outside of the case, the operation display member having a center vertically aligned with a center of the hole and being secured to a ceiling of the case by means of a tool inserted from the hole; and a substrate built in the case and having electronic components mounted thereon for operating the operation display member.
An assembly comprising an electromagnetic load circuit and an electromagnetic load circuit failure diagnosis device, which is adapted to diagnose an electromagnetic load circuit failure of the electromagnetic load circuit, wherein the electromagnetic load circuit comprises an electromagnetic load, an power supply voltage terminal, a ground, a high-side switch element (16, 14) which is connected on a side of the power supply voltage terminal of the electromagnetic load which provided between the power supply voltage terminal and the ground, and a low-side switch element connected on the ground side, wherein the high-side switch element (16, 14) and the low-side switch element is adapted to be opened and closed by a control signal of a switch element driving signal generating circuit; wherein the electromagnetic load circuit failure diagnosis device comprises: a failure diagnosis means, which is adapted to detect a layer short-circuit failure of the high-side switch element (16, 14) the low-side switch element or the electromagnetic load, wherein the layer short-circuit failure is a failure in which the upstream and the downstream of the respective switch element or electromagnetic load short-circuits in a state where the respective switch element or electromagnetic load has a specific impedance; and which is adapted to perform a failure diagnosis, wherein the failure diagnosis means is further adapted to perform the layer short-circuit failure diagnosis at a timing of a rise or a fall of a control signal inputted to the switch element driving signal generating circuit, the assembly being characterised in that the failure diagnosis means is adapted to detect a layer short-circuit failure by comparing the number of on/off operations of chopping of the high-side switch element (16, 14) or the low-side switch element with a predetermined number of times that is a failure diagnosis threshold. a failure diagnosis means, which is adapted to detect a layer short-circuit failure of the high-side switch element (16, 14) the low-side switch element or the electromagnetic load, wherein the layer short-circuit failure is a failure in which the upstream and the downstream of the respective switch element or electromagnetic load short-circuits in a state where the respective switch element or electromagnetic load has a specific impedance; and which is adapted to perform a failure diagnosis, wherein the failure diagnosis means is further adapted to perform the layer short-circuit failure diagnosis at a timing of a rise or a fall of a control signal inputted to the switch element driving signal generating circuit, the assembly being characterised in that the failure diagnosis means is adapted to detect a layer short-circuit failure by comparing the number of on/off operations of chopping of the high-side switch element (16, 14) or the low-side switch element with a predetermined number of times that is a failure diagnosis threshold.
An absorbent tampon comprising: a tampon pledget which has been compressed into a generally cylindrical, self-sustaining form, wherein subsequent to said compression said absorbent material has a diameter of less than 15 mm, said tampon having an absorbent capacity as measured by the syngyna test of between 6 to 9 grams, said tampon being fluid expanding, said absorbent tampon being characterized in that said tampon pledget, prior to compression, comprises a chevron shaped laminar pad having a width and a length, wherein said width is greater than said length and in that said tampon has an expanded width upon fluid absorption of at least 20 mm, as measured by the expanded width test given in the description, and wherein said pledget has a top region, middle region and bottom region, and the pledget is shaped such that the middle region has more absorbent material than the top region or the bottom region.
A method for fitting virtual glasses comprising the steps of: - placing on the face of a user a real pair of glasses, - measuring the position of said real pair of glasses relative to the face of said user by means of a measuring device, - mapping the face of the user by a 3D mapping means, - constructing a 3D model of the face of the user and of said virtual pair of glasses taking into account the position measured in step, and - measuring the ophthalmological parameters of said user based on the 3D model of the face of the user constructed in step. - placing on the face of a user a real pair of glasses, - measuring the position of said real pair of glasses relative to the face of said user by means of a measuring device, - mapping the face of the user by a 3D mapping means, - constructing a 3D model of the face of the user and of said virtual pair of glasses taking into account the position measured in step, and - measuring the ophthalmological parameters of said user based on the 3D model of the face of the user constructed in step.
Crosslinkable, heat-conducting silicone composition comprising 5-50% by volume of a crosslinkable silicone composition and 50-95% by volume of at least one thermally conductive filler having a thermal conductivity of at least 5 W/mK, with the proviso that the crosslinkable, heat-conducting silicone composition has a thermal conductivity of at least 0.6 W/mK, and that at least 20% by volume of metallic silicon particles are present as thermally conductive fillers, which fulfil the following features: a) their median diameter x50 is in the range of 30-150 μm; b) they are predominately rounded, and characterized in that the width/length ratio (aspect ratio w/l) is at least 0.76; c) their distribution range SPAN ((x90-x10)/x50) is at least 0.40, d) they contain not more than 1.5% by weight of silicon particles of smaller than 2 pm, where median diameter x50, width/length ratio and distribution range SPAN are determined by the methods specified in the description. 5-50% by volume of a crosslinkable silicone composition and 50-95% by volume of at least one thermally conductive filler having a thermal conductivity of at least 5 W/mK, with the proviso that the crosslinkable, heat-conducting silicone composition has a thermal conductivity of at least 0.6 W/mK, and that at least 20% by volume of metallic silicon particles are present as thermally conductive fillers, which fulfil the following features: a) their median diameter x50 is in the range of 30-150 μm; b) they are predominately rounded, and characterized in that the width/length ratio (aspect ratio w/l) is at least 0.76; c) their distribution range SPAN ((x90-x10)/x50) is at least 0.40, d) they contain not more than 1.5% by weight of silicon particles of smaller than 2 pm, a) their median diameter x50 is in the range of 30-150 μm; b) they are predominately rounded, and characterized in that the width/length ratio (aspect ratio w/l) is at least 0.76; c) their distribution range SPAN ((x90-x10)/x50) is at least 0.40, d) they contain not more than 1.5% by weight of silicon particles of smaller than 2 pm, where median diameter x50, width/length ratio and distribution range SPAN are determined by the methods specified in the description.
Pipe intended to be installed in position in a body of water from a surface that is subjected to variation in height, the pipe extending between a surface end and a bottom end, and defining an internal passage opening at the bottom end and at the surface end, the pipe comprising a dynamic closing member at the bottom end which is adapted to open above a threshold pressure (Pc), applied from the exterior towards the interior of the pipe and to close below the threshold pressure (Pc); wherein the threshold pressure (Pc) is defined as a function of at least one parameter that is representative (Ho, to) of the heave of the pipe under the effect of the height variation.
A golf ball comprising a spherical core, a mid layer positioned outside the core and a cover positioned outside the mid layer, wherein the mid layer has a thickness of 0.2 to 2.5 mm, wherein the golf ball has a large number of dimples on a surface thereof, wherein the ratio So of the sum of spherical surface areas of all the dimples to the surface area of the phantom sphere of the golf ball is equal to or greater than 0.780, and the golf ball meets the following mathematical formula: Su ≤ 9.0 * So − 6.04 where Su represents the standard deviation (mm 2) of the spherical surface areas of all the dimples, and wherein the golf ball comprises at least 50 different kinds of dimples, whose contour shapes are different from each other.
A method for motion estimation in a sequence of video images, comprising the steps of: a) subdividing each field or frame of a sequence of video images into a plurality of blocks; b) assigning to each block in each video field or frame a respective set of candidate motion vectors; c) determining for each block in a current video field or frame, which of its respective candidate motion vectors produces a best match to a block in a previous video field or frame offset by each candidate motion vector; d) forming a motion vector field for the current video field or frame using the thus determined best match vectors for each block; e) forming a further motion vector field for a following video field or frame by, for each block in a current field or frame, storing a candidate motion vector derived from the best match vector for that block at a block location associated with the following field or frame and offset from that block by said candidate motion vector derived from the best match vector; and f) repeating steps a) to e) for the video field or frame following the current video field or frame, wherein the set of candidate motion vectors assigned at step b) to a respective block in the following video field or frame includes the candidate motion vector stored at that block location at step e) during the current video field or frame. a) subdividing each field or frame of a sequence of video images into a plurality of blocks; b) assigning to each block in each video field or frame a respective set of candidate motion vectors; c) determining for each block in a current video field or frame, which of its respective candidate motion vectors produces a best match to a block in a previous video field or frame offset by each candidate motion vector; d) forming a motion vector field for the current video field or frame using the thus determined best match vectors for each block; e) forming a further motion vector field for a following video field or frame by, for each block in a current field or frame, storing a candidate motion vector derived from the best match vector for that block at a block location associated with the following field or frame and offset from that block by said candidate motion vector derived from the best match vector; and f) repeating steps a) to e) for the video field or frame following the current video field or frame, wherein the set of candidate motion vectors assigned at step b) to a respective block in the following video field or frame includes the candidate motion vector stored at that block location at step e) during the current video field or frame.
A flowmeter test system that tests a test target flowmeter for a fuel consumption measurement system for measuring the fuel consumption of an engine, by flowing fluid through the test target flowmeter and measuring the fluid having flowed through the test target flowmeter by a measurement part different from the test target flowmeter, the flowmeter test system comprising: a storage part (2,3) adapted to store the fluid; a distribution flow path (4,7)adapted to distribute the fluid between the storage part and the test target flowmeter; a measurement part introduction path adapted to be connected to the distribution flow path (4,7) and introduce the fluid into the measurement part; and a flow path switching part adapted to switch between the distribution flow path (4,7) and the measurement part introduction path, wherein the storage part (2,3) includes a main storage part and a sub-storage part; the distribution flow path (4,7) includes a circulation path adapted to circulate the fluid between the main storage part and the test target flowmeter and a sub-storage part introduction path adapted to be connected to the circulation path and introduce the fluid into the sub-storage part; the flow path switching part is adapted to switch among the circulation path, the sub-storage part introduction path, and the measurement part introduction path; and a pressure loss in a flow path from the flow path switching part to the sub-storage part and the pressure loss from the flow path switching part to the measurement part are the same, characterized in that the test target flowmeter is used for a fuel consumption measurement system for measuring the fuel consumption of an engine. a storage part (2,3) adapted to store the fluid; a distribution flow path (4,7)adapted to distribute the fluid between the storage part and the test target flowmeter; a measurement part introduction path adapted to be connected to the distribution flow path (4,7) and introduce the fluid into the measurement part; and a flow path switching part adapted to switch between the distribution flow path (4,7) and the measurement part introduction path, wherein the storage part (2,3) includes a main storage part and a sub-storage part; the distribution flow path (4,7) includes a circulation path adapted to circulate the fluid between the main storage part and the test target flowmeter and a sub-storage part introduction path adapted to be connected to the circulation path and introduce the fluid into the sub-storage part; the flow path switching part is adapted to switch among the circulation path, the sub-storage part introduction path, and the measurement part introduction path; and a pressure loss in a flow path from the flow path switching part to the sub-storage part and the pressure loss from the flow path switching part to the measurement part are the same,
A refrigerator having a freezing chamber, a door and a dispenser, comprising: an ice maker disposed inside the refrigerator; a dispenser disposed outside the refrigerator, and including a first outlet for discharging cold water, a second outlet for discharging ice made by the ice maker, and a dispenser cavity for accommodating at least the second outlet, wherein the first outlet and the second outlet are each formed at the top end of the dispenser cavity, wherein the second outlet is formed behind the first outlet; and an operation panel used for operating the dispenser and for operating the refrigerator; wherein the ice maker is installed in the freezing chamber, wherein the operation panel and the dispenser are placed on the door of the refrigerator and the ice maker is provided above the dispenser, characterized in that the operation panel is not disposed above the dispenser, but at a side of the dispenser. an ice maker disposed inside the refrigerator; a dispenser disposed outside the refrigerator, and including a first outlet for discharging cold water, a second outlet for discharging ice made by the ice maker, and a dispenser cavity for accommodating at least the second outlet, wherein the first outlet and the second outlet are each formed at the top end of the dispenser cavity, wherein the second outlet is formed behind the first outlet; and an operation panel used for operating the dispenser and for operating the refrigerator; wherein the ice maker is installed in the freezing chamber, wherein the operation panel and the dispenser are placed on the door of the refrigerator and the ice maker is provided above the dispenser, characterized in that the operation panel is not disposed above the dispenser, but at a side of the dispenser.
A set of a trailer and a support wheel axle, the trailer being provided with a device for removing and/or arranging a bundle from and/or in a heat exchanger and comprising at least one wheel axle and a coupling which is adapted to couple the trailer to a tractive vehicle, characterized in that at least the support wheel axle comprises a connection adapted for connecting to the trailer for the purpose of independently supporting the trailer in an uncoupled state thereof, wherein the trailer comprises a drive which is adapted to drive the trailer in the uncoupled state, wherein at least one of the wheel axle and the support wheel axle is operatively connected to the drive, wherein at least one of the wheel axle and the support wheel axle comprises a steering axle which is operatively connected to a steering device for steering the trailer in the uncoupled state.
Device for detecting a successful thermal disinfection or sterilization, comprising a process media line and an indicator receptacle fluidically connected to the process media line for receiving a chemical indicator or a bioindicator which serves to indicate the success of thermal disinfection or sterilization, wherein the device includes a valve by means of which a flow connection between the process media line and the indicator receptacle can be established or interrupted, characterized in that the valve is a thermally switching valve which automatically switches to its open state at a temperature above a switching temperature and automatically switches to its closed state at a temperature below the switching temperature, wherein the switching temperature lies in a temperature range from 70 °C to 150 °C.