mhurhangee/ep-ind-claims huggingface dataset:
A tissue paper product comprising: a web obtained by folding and stacking in a pop-up manner a plurality of sheets of tissue paper containing a moisturizer; and a rectangular parallelepiped paper box storing the web and having an outlet in its upper surface, wherein the sheets of tissue paper are 2-ply sheets having a 1-ply basis weight of not less than 11.7 g/m 2 and not more than 13.0 g/m 2 and having a 2-ply paper thickness of more than 123 μm and not more than 145 μm, the dry tensile strength of the tissue paper is more than 273 cN/25 mm and not more than 352 cN/25 mm in the machine direction, and more than 98 cN/25 mm and less than 132 cN/25 mm in the cross-machine direction, and the content of the moisturizer in the tissue paper is not less than 1.0 g/m 2 and less than 2.5 g/m 2, wherein the web has a web compressive stress of more than 0.47 g/cm 2 and less than 0.89 g/cm 2, wherein the ratio of the product of the paper thickness and the number of the 2-ply sheets to a web bulk is not less than 0.34, wherein the ratio of the web bulk to the height of the paper box is not less than 0.95 and less than 1.03, wherein the ratio of the length of the tissue paper in the cross-machine direction to the length of the paper box in the longitudinal direction is not less than 0.84, and wherein the space volume ratio of the tissue paper product is not less than 79%, which refers to the ratio of the product of the web bulk, the depth of the web and the length of the tissue paper in the cross-machine direction to the product of the height of an external surface of the paper box, the width of the external surface of the paper box and the depth of the external surface of the paper box. wherein the sheets of tissue paper are 2-ply sheets having a 1-ply basis weight of not less than 11.7 g/m 2 and not more than 13.0 g/m 2 and having a 2-ply paper thickness of more than 123 μm and not more than 145 μm, the dry tensile strength of the tissue paper is more than 273 cN/25 mm and not more than 352 cN/25 mm in the machine direction, and more than 98 cN/25 mm and less than 132 cN/25 mm in the cross-machine direction, and the content of the moisturizer in the tissue paper is not less than 1.0 g/m 2 and less than 2.5 g/m 2, wherein the web has a web compressive stress of more than 0.47 g/cm 2 and less than 0.89 g/cm 2, wherein the ratio of the product of the paper thickness and the number of the 2-ply sheets to a web bulk is not less than 0.34, wherein the ratio of the web bulk to the height of the paper box is not less than 0.95 and less than 1.03, wherein the ratio of the length of the tissue paper in the cross-machine direction to the length of the paper box in the longitudinal direction is not less than 0.84, and wherein the space volume ratio of the tissue paper product is not less than 79%, which refers to the ratio of the product of the web bulk, the depth of the web and the length of the tissue paper in the cross-machine direction to the product of the height of an external surface of the paper box, the width of the external surface of the paper box and the depth of the external surface of the paper box.
A crystal structure analysis system comprising: an electron diffraction apparatus that measures an overall structure of a crystal of a specimen by electron diffraction; and an NMR apparatus arranged to measure a local structure of the crystal by NMR measurement; characterised in that the crystal structure analysis system further comprises an analysis apparatus arranged to combine the overall structure and the local structure to specify a structure of the crystal, wherein the analysis apparatus is arranged to: optimize the structure of the crystal by applying a quantum chemical calculation to the overall structure, and combine the optimized overall structure and the local structure; and evaluate the overall structure measured by the electron diffraction based on a chemical shift tensor or an isotropic chemical shift of the crystal obtained by the NMR measurement; and evaluate the overall structure by comparing a chemical shift tensor or an isotropic chemical shift of the crystal calculated by a quantum chemical calculation with a chemical shift tensor or anisotropic chemical shift of the crystal obtained by the NMR measurement. an electron diffraction apparatus that measures an overall structure of a crystal of a specimen by electron diffraction; and an NMR apparatus arranged to measure a local structure of the crystal by NMR measurement; characterised in that the crystal structure analysis system further comprises an analysis apparatus arranged to combine the overall structure and the local structure to specify a structure of the crystal, wherein the analysis apparatus is arranged to: optimize the structure of the crystal by applying a quantum chemical calculation to the overall structure, and combine the optimized overall structure and the local structure; and evaluate the overall structure measured by the electron diffraction based on a chemical shift tensor or an isotropic chemical shift of the crystal obtained by the NMR measurement; and evaluate the overall structure by comparing a chemical shift tensor or an isotropic chemical shift of the crystal calculated by a quantum chemical calculation with a chemical shift tensor or anisotropic chemical shift of the crystal obtained by the NMR measurement. optimize the structure of the crystal by applying a quantum chemical calculation to the overall structure, and combine the optimized overall structure and the local structure; and evaluate the overall structure measured by the electron diffraction based on a chemical shift tensor or an isotropic chemical shift of the crystal obtained by the NMR measurement; and evaluate the overall structure by comparing a chemical shift tensor or an isotropic chemical shift of the crystal calculated by a quantum chemical calculation with a chemical shift tensor or anisotropic chemical shift of the crystal obtained by the NMR measurement.
A method of assessing a tissue sample from a cancer patient for expression of EPH-B4, comprising determining the level of expression of EPH-B4 in said tissue sample isolated from said patient; wherein the presence of a higher level of EPH-B4 expression is indicative of increased tumor progression and / or poorer patient survival upon treatment with erythropoietin.
An augmented reality device for use during a surgical procedure comprising: an augmented reality display to project a virtual representation of an aspect of a preoperative plan at a planned location within a surgical field while permitting the surgical field to be viewed through the augmented reality display, wherein the virtual representation indicates the planned location is a target location for a surgical implant device; a sensor to capture location and orientation information of the surgical implant device within the surgical field; and a processor to: compare the location of the surgical implant device within the surgical field to the target location within the preoperative plan, including determining a degree of overlap between the surgical implant device and the virtual representation, wherein the results of the comparison include the degree of overlap; and in response to determining the degree of overlap is above an overlap threshold, cause the augmented reality display to project a changed virtual representation. an augmented reality display to project a virtual representation of an aspect of a preoperative plan at a planned location within a surgical field while permitting the surgical field to be viewed through the augmented reality display, wherein the virtual representation indicates the planned location is a target location for a surgical implant device; a sensor to capture location and orientation information of the surgical implant device within the surgical field; and a processor to: compare the location of the surgical implant device within the surgical field to the target location within the preoperative plan, including determining a degree of overlap between the surgical implant device and the virtual representation, wherein the results of the comparison include the degree of overlap; and in response to determining the degree of overlap is above an overlap threshold, cause the augmented reality display to project a changed virtual representation. compare the location of the surgical implant device within the surgical field to the target location within the preoperative plan, including determining a degree of overlap between the surgical implant device and the virtual representation, wherein the results of the comparison include the degree of overlap; and in response to determining the degree of overlap is above an overlap threshold, cause the augmented reality display to project a changed virtual representation.
A shift operating apparatus for an automatic transmission of a vehicle comprising: a shift operating means (1, 11, 16) able to arbitrarily operate an automatic transmission of a vehicle and to move between a parking position and an arbitrary shift position other than the parking position; a parking position detecting means for detecting that the shift operating means (1, 11, 16) is in the parking position; and the shift operating means (1, 11, 16) being adapted to be moved through a parking preparatory condition during the course of shift between the parking position and the arbitrary shift position characterized in: that the shift operating apparatus further comprises a restraint means (5, 15, 22) for restraining motion toward the arbitrary shift position of the shift operating means (1,11, 16) being in the parking preparatory condition during the course of shift from the arbitrary shift position to the parking position. a shift operating means (1, 11, 16) able to arbitrarily operate an automatic transmission of a vehicle and to move between a parking position and an arbitrary shift position other than the parking position; a parking position detecting means for detecting that the shift operating means (1, 11, 16) is in the parking position; and the shift operating means (1, 11, 16) being adapted to be moved through a parking preparatory condition during the course of shift between the parking position and the arbitrary shift position characterized in: that the shift operating apparatus further comprises a restraint means (5, 15, 22) for restraining motion toward the arbitrary shift position of the shift operating means (1,11, 16) being in the parking preparatory condition during the course of shift from the arbitrary shift position to the parking position. that the shift operating apparatus further comprises a restraint means (5, 15, 22) for restraining motion toward the arbitrary shift position of the shift operating means (1,11, 16) being in the parking preparatory condition during the course of shift from the arbitrary shift position to the parking position.
A method of switching electrical contacts comprising: monitoring voltage in an electrical system having a three-phase power source with a known frequency, a three-phase motor with three-phase motor windings and a three-pole delayed pole contactor with three direct current electromagnetically controlled contacts arranged to close asynchronously; closing first and second direct current electromagnetically controlled contacts for first and second phases of the three-phase power source at or before a first phase angle following a phase voltage zero-crossing such that current begins to flow in at least one winding at the first phase angle following a phase voltage zero-crossing, the direct current electromagnetically controlled contacts allowing current to flow from power supply to the motor by the power source; and thereafter closing remaining direct current electromagnetically controlled contacts for a third phase of the three-phase power source at a prescribed moment following the closing of the first and second direct current electromagnetically controlled contacts, wherein closing the direct current electromagnetically controlled contacts is performed by the three-pole delayed pole contactor having a moving contact carrier molding which has two identical outside poles (16, 17) and a center pole, wherein the electromagnetically controlled contacts are assembled in pole windows and wherein the center pole has a smaller center window so that a contact of the center pole is physically offset from the contacts of the two outside poles by a distance so as to close later than the two outside poles. monitoring voltage in an electrical system having a three-phase power source with a known frequency, a three-phase motor with three-phase motor windings and a three-pole delayed pole contactor with three direct current electromagnetically controlled contacts arranged to close asynchronously; closing first and second direct current electromagnetically controlled contacts for first and second phases of the three-phase power source at or before a first phase angle following a phase voltage zero-crossing such that current begins to flow in at least one winding at the first phase angle following a phase voltage zero-crossing, the direct current electromagnetically controlled contacts allowing current to flow from power supply to the motor by the power source; and thereafter closing remaining direct current electromagnetically controlled contacts for a third phase of the three-phase power source at a prescribed moment following the closing of the first and second direct current electromagnetically controlled contacts, wherein closing the direct current electromagnetically controlled contacts is performed by the three-pole delayed pole contactor having a moving contact carrier molding which has two identical outside poles (16, 17) and a center pole, wherein the electromagnetically controlled contacts are assembled in pole windows and wherein the center pole has a smaller center window so that a contact of the center pole is physically offset from the contacts of the two outside poles by a distance so as to close later than the two outside poles.
An on-line cleaning control system for carbon deposits in a direct injection engine fuel system, comprising a cleaner tank for accommodating an intake valve cleaner, a cleaner input pipeline, electromagnetic flow controllers and a control circuit, the cleaner tank being mounted on a frame of an automobile, one end of the cleaner input pipeline being connected with the cleaner tank while the other end of the cleaner input pipeline being connected to an intake manifold of an engine through the electromagnetic flow controllers, characterized in that a liquid transfer pump is in series connection with a pipeline where the cleaner input pipeline and the cleaner tank are connected; the control output of the control circuit is connected with the liquid transfer pump and the electromagnetic flow controllers, respectively; the input of the control circuit separately receives the input of a three-way catalytic converter temperature signal, the input of an engine rotational speed signal and the input of an engine fuel injection signal; a cleaning starting circuit is arranged in the control circuit, and a starting signal controlled by the operating state of the engine of the automobile is connected to the starting circuit in the control circuit; and the system is configured to perform the following steps: a first step of starting the engine and a second step of triggering the control circuit of the system to start working, characterized in that when the conditions that fuel is injected through a fuel injector of the engine, the temperature of the three-way catalytic converter is lower than a set value, the rotational speed of the engine is greater than a set value and the cleaning time is shorter than set cleaning time are met, the control circuit starts the cleaning working procedure to inject a cleaner into the intake manifold of the engine.
A bone screw (100, 200, 300, 400, 600), comprising: an elongate shank defining a central longitudinal axis, the elongate shank having a proximal end, a distal end with a conical distal tip region that tapers distally inward, and a distal facing surface; and at least two threads formed on the elongate shank, each thread terminating at the distal end in a leading cutting edge positioned radially outward of the central longitudinal axis and defined by an intersection between a proximal-facing surface of the thread and the distal facing surface of the conical distal tip region, wherein the distal facing surface has an oblong shape with first and second curved edges extending along opposed sides thereof, characterized in that the first and second curved edges each have a concave region and a convex region, and wherein the leading cutting edge of each of the at least two threads extends along the concave region. an elongate shank defining a central longitudinal axis, the elongate shank having a proximal end, a distal end with a conical distal tip region that tapers distally inward, and a distal facing surface; and at least two threads formed on the elongate shank, each thread terminating at the distal end in a leading cutting edge positioned radially outward of the central longitudinal axis and defined by an intersection between a proximal-facing surface of the thread and the distal facing surface of the conical distal tip region, wherein the distal facing surface has an oblong shape with first and second curved edges extending along opposed sides thereof, characterized in that the first and second curved edges each have a concave region and a convex region, and wherein the leading cutting edge of each of the at least two threads extends along the concave region.
An acoustic signal transmission system comprising: a first transducer mounted to a surface of a member; a second transducer having a material disposed thereon, the second transducer with the material being movable into contact with a second surface of the member. a first transducer mounted to a surface of a member; a second transducer having a material disposed thereon, the second transducer with the material being movable into contact with a second surface of the member.
A mobile device (10, 1200) comprising: - means (1201, 1202, 1203, 1204) for initiating (S501. S1102) a time-to-trigger procedure for evaluating a measurement event condition with respect to a neighboring cell of a mobile network; - means (1201, 1202, 1203, 1204) for storing information related to a beam, which is or was used by the mobile device at the time of initiating the time-to-trigger procedure, wherein the beam that is or was used by the mobile device is a beam used by the mobile device for establishing a radio link connection with a serving cell of the mobile network; and - means (1201, 1202, 1203, 1204) for providing (S504, S507, S1104) the stored beam related information to the mobile network. - means (1201, 1202, 1203, 1204) for initiating (S501. S1102) a time-to-trigger procedure for evaluating a measurement event condition with respect to a neighboring cell of a mobile network; - means (1201, 1202, 1203, 1204) for storing information related to a beam, which is or was used by the mobile device at the time of initiating the time-to-trigger procedure, wherein the beam that is or was used by the mobile device is a beam used by the mobile device for establishing a radio link connection with a serving cell of the mobile network; and - means (1201, 1202, 1203, 1204) for providing (S504, S507, S1104) the stored beam related information to the mobile network.
Wrapping machine for wrapping a plurality of products (101, 102, 103, 104) with a film, wherein the products are stacked and overlapped on a pallet, comprising: - first moving means for conveying a plurality of separated products (101, 102, 103, 104) on a movement plane along a first direction. - wrapping means for wrapping said film around said products (101, 102, 103, 104), when stacked and overlapped on a pallet; - grouping means designed to receive said products (101, 102, 103, 104) from said first moving means and arranging and maintaining said products (101, 102, 103, 104) stacked and overlapped along a second direction on said pallet. - a supporting platform, designed to support said pallet and movable in a wrapping phase along said second direction so as to extract and disengage said products from said grouping means stacked and overlapped in order to allow the latter ones to be wrapped by the film dispensed by the wrapping means. characterised by the fact that said grouping means comprises a hopper provided with an upper portion, having an upper opening for the input of said products (101, 102, 103, 104) and converging towards an underlying lower portion, the latter forming a grouping volume and arranged to contain and support said products (101, 102, 103, 104) progressively stacked and overlapped along said second direction, said lower portion having a lower opening for the output of said products (101, 102, 103, 104) arranged on said pallet, said hopper comprising a plurality of side walls (6, 7), forming said upper portion and said lower portion, which are movable to adjust said grouping volume according to dimensions and/or size and/or shapes of said products (101, 102, 103, 104) and/or dimensions of said pallet. - first moving means for conveying a plurality of separated products (101, 102, 103, 104) on a movement plane along a first direction. - wrapping means for wrapping said film around said products (101, 102, 103, 104), when stacked and overlapped on a pallet; - grouping means designed to receive said products (101, 102, 103, 104) from said first moving means and arranging and maintaining said products (101, 102, 103, 104) stacked and overlapped along a second direction on said pallet. - a supporting platform, designed to support said pallet and movable in a wrapping phase along said second direction so as to extract and disengage said products from said grouping means stacked and overlapped in order to allow the latter ones to be wrapped by the film dispensed by the wrapping means.
A multi-beam polling based transmission method, comprising: broadcasting, by an access point, AP, a beacon message, wherein the beacon message is used to indicate duration of a beacon period; sending a data packet that comprises channel use duration to a station, STA, wherein the channel use duration is used to indicate a target slot at which the AP communicates with the STA within a duration range of the beacon period; communicating with the STA at the target slot, and the method being characterized in that: the sending a data packet that comprises channel use duration to a station STA comprises: comprising the channel use duration into at least one of the following data packets for transmission to the STA: a request to send, RTS, data packet, a clear to send, CTS, data packet, and a decline to send, DTS, data packet. broadcasting, by an access point, AP, a beacon message, wherein the beacon message is used to indicate duration of a beacon period; sending a data packet that comprises channel use duration to a station, STA, wherein the channel use duration is used to indicate a target slot at which the AP communicates with the STA within a duration range of the beacon period; communicating with the STA at the target slot, and the method being characterized in that: the sending a data packet that comprises channel use duration to a station STA comprises: comprising the channel use duration into at least one of the following data packets for transmission to the STA: a request to send, RTS, data packet, a clear to send, CTS, data packet, and a decline to send, DTS, data packet.