mhurhangee/ep-ind-claims huggingface dataset:
A lighting device for capturing a facial image of a subject by an image capturing unit in a plurality of different near-infrared regions of light, the lighting device being characterized in that it comprises: a housing in which a substantially spherical space is formed by a spherical surface, the housing being configured to accommodate an entire face part of the subject; at least two light sources arranged at positions bilaterally symmetrical with respect to the subject on the spherical surface to emit the light to light the substantially spherical space in the housing; an image capturing unit configured to capture an image of the entire face part lighted by the light; a first filter installed in front of the light source to block ultraviolet rays and infrared rays from the emitted light; a second filter installed in front of the lens of the image capturing unit to adjust an amount of the light, and a third filter installed in front of the lens of the image capturing unit to perform band-pass filtering corresponding to the plurality of different near-infrared regions. a housing in which a substantially spherical space is formed by a spherical surface, the housing being configured to accommodate an entire face part of the subject; at least two light sources arranged at positions bilaterally symmetrical with respect to the subject on the spherical surface to emit the light to light the substantially spherical space in the housing; an image capturing unit configured to capture an image of the entire face part lighted by the light; a first filter installed in front of the light source to block ultraviolet rays and infrared rays from the emitted light; a second filter installed in front of the lens of the image capturing unit to adjust an amount of the light, and a third filter installed in front of the lens of the image capturing unit to perform band-pass filtering corresponding to the plurality of different near-infrared regions.
A transport apparatus for transporting preforms to be blow-molded, comprising: transport means which is equipped with transport members for holding the preforms to be rotatable in a horizontal direction and transports the transport members along a transport line; and positioning means for aligning the preforms in a predetermined direction, wherein the transport members include regulation members for regulating a rotation of the preforms aligned in the predetermined direction by the positioning means, wherein the transport member comprises a support shaft for supporting the preform, and a housing for holding the support shaft to be rotatable, and characterized in that the regulation member includes a slide member which is provided in an outer peripheral part of the support shaft so as to be slidable in an axial direction of the support shaft and is transported in a constant direction with respect to the transport line, raising/lowering means for moving the slide member upward or downward when the preform is aligned in the direction by the positioning means, and a pinched member to be pinched between the support shaft and the slide member when the slide member is moved by the raising/lowering means. transport means which is equipped with transport members for holding the preforms to be rotatable in a horizontal direction and transports the transport members along a transport line; and positioning means for aligning the preforms in a predetermined direction, wherein the transport members include regulation members for regulating a rotation of the preforms aligned in the predetermined direction by the positioning means, wherein the transport member comprises a support shaft for supporting the preform, and a housing for holding the support shaft to be rotatable, and characterized in that the regulation member includes a slide member which is provided in an outer peripheral part of the support shaft so as to be slidable in an axial direction of the support shaft and is transported in a constant direction with respect to the transport line, raising/lowering means for moving the slide member upward or downward when the preform is aligned in the direction by the positioning means, and a pinched member to be pinched between the support shaft and the slide member when the slide member is moved by the raising/lowering means.
Insertion aid for the insertion of sheet material into a sleeve made from transparent plastic, which has two sheets of laminating film connected to each other on one edge by means of a connecting section, with a base body made from a flat material, which has two leaves connected to one another by means of a hinge that can be swivelled towards each other until they lie flat on top of one another, wherein the hinge has two hinge sections positioned at a distance from one other and wherein a slot, bounded by the leaves, for feeding through the sheet material is positioned between the hinge sections.
A hair setter apparatus comprising: a housing; a heater assembly enclosed within the housing, the heater assembly comprising a longitudinal heat delivery rail mounted in the housing and having a longitudinal axis, wherein the heat delivery rail is symmetrical about the longitudinal axis thereof and has pair of opposite edges, the longitudinal heat delivery rail including a first groove extending longitudinally adjacent one of said edges and a second groove extending longitudinally adjacent the opposite one of said edges; a first hair setter comprising a central body having opposing web plates spaced from each other to define a mounting slot extending longitudinally of the first hair setter, the web plates configured to engage the heat delivery rail at the first groove upon mounting the first hair setter thereon to slidably couple the first hair setter to the heat delivery rail for sliding movement longitudinally of heat delivery rail while inhibiting decoupling of the first hair setter from the heat delivery rail in a direction transverse to said rail; and a second hair setter comprising a central body having opposed web plates spaced from each other to define a mounting slot extending longitudinally of the second hair setter, the second hair setter configured to engage the heat delivery rail at the second groove. a housing; a heater assembly enclosed within the housing, the heater assembly comprising a longitudinal heat delivery rail mounted in the housing and having a longitudinal axis, wherein the heat delivery rail is symmetrical about the longitudinal axis thereof and has pair of opposite edges, the longitudinal heat delivery rail including a first groove extending longitudinally adjacent one of said edges and a second groove extending longitudinally adjacent the opposite one of said edges; a first hair setter comprising a central body having opposing web plates spaced from each other to define a mounting slot extending longitudinally of the first hair setter, the web plates configured to engage the heat delivery rail at the first groove upon mounting the first hair setter thereon to slidably couple the first hair setter to the heat delivery rail for sliding movement longitudinally of heat delivery rail while inhibiting decoupling of the first hair setter from the heat delivery rail in a direction transverse to said rail; and a second hair setter comprising a central body having opposed web plates spaced from each other to define a mounting slot extending longitudinally of the second hair setter, the second hair setter configured to engage the heat delivery rail at the second groove.
A heat-radiating structure of a cylindrical battery cell, comprising: a first plate configured to contact an upper partial area of a battery cell and to which a current of the battery cell is discharged; a second plate disposed between the first plate and the battery cell while not contacting the battery cell; and a heat transfer part disposed between the second plate and the battery cell and configured to transfer heat generated in the battery cell to the second plate while contacting the battery cell, wherein the second plate contacts an area of the first plate, which is not contact with the battery cell, and a current discharged from the first plate is additionally discharged from the second plate, wherein the second plate is made of a material having a higher electrical conductivity than that of the first plate. a first plate configured to contact an upper partial area of a battery cell and to which a current of the battery cell is discharged; a second plate disposed between the first plate and the battery cell while not contacting the battery cell; and a heat transfer part disposed between the second plate and the battery cell and configured to transfer heat generated in the battery cell to the second plate while contacting the battery cell, wherein the second plate contacts an area of the first plate, which is not contact with the battery cell, and a current discharged from the first plate is additionally discharged from the second plate, wherein the second plate is made of a material having a higher electrical conductivity than that of the first plate.
A filter (10, 110, 210) for insertion into an in particular curved filler neck of a container, preferably a tank for fuel, urea solution, or other liquids, having a filter sock (11, 111, 211), whose filler end (16, 116, 216) is secured to a head (12, 112, 212) of a holder (13, 113, 213) and whose free end (17, 117, 217) remote from the filler end (16, 116, 216) is covered or closed, and the filter sock (11, 111, 211) is provided with a flexible reinforcement device (15, 115, 215) beginning at the holder head (12, 112, 212) and extending at least partially longitudinally, characterized in that the axial reinforcement element (20, 120, 220) of the reinforcement device (15, 115, 215) follows along a connecting seam of the filter sock (11, 111, 211) and covers the seam.
A multi-code-set channel estimation method in a time-slot CDMA system, comprising steps of: A. performing uni-code-set channel estimations with respect to signals corresponding respectively to a plurality of code-sets, and obtaining channel estimation results respectively of the plurality of code-sets; B. extracting a maximum interference tap from the channel estimation results; C. reproducing interference components suffered respectively by response signals corresponding respectively to the plurality of code-sets from the maximum interference tap; D. canceling the interference components suffered respectively by response signals corresponding respectively to the plurality of code-sets from the maximum interference tap, and obtaining pure channel estimation results of respective code-set signals; E. determining whether a predetermined number of iterations has been performed, if so, outputting the pure channel estimation results of respective code-set signals; otherwise, taking the pure channel estimation results of respective code-set signals as the channel estimation results of respective code-sets to be processed in the next iteration, and returning to step B, wherein the code-set is a set of midambles constituted by K specific midambles (k=1,..., K) deduced from one single basic code m ρ, wherein a basic midamble is given as the basic code for a same time slot of a cell, and different cyclic shift versions of the same basic code are taken by different users as his/her channel estimation code, and uni-code-set channel estimation is a channel estimation with respect to the midambles of multiple users within a single code-set belonging to a single basic code. A. performing uni-code-set channel estimations with respect to signals corresponding respectively to a plurality of code-sets, and obtaining channel estimation results respectively of the plurality of code-sets; B. extracting a maximum interference tap from the channel estimation results; C. reproducing interference components suffered respectively by response signals corresponding respectively to the plurality of code-sets from the maximum interference tap; D. canceling the interference components suffered respectively by response signals corresponding respectively to the plurality of code-sets from the maximum interference tap, and obtaining pure channel estimation results of respective code-set signals; E. determining whether a predetermined number of iterations has been performed, if so, outputting the pure channel estimation results of respective code-set signals; otherwise, taking the pure channel estimation results of respective code-set signals as the channel estimation results of respective code-sets to be processed in the next iteration, and returning to step B,
A rotation driving mechanism for realizing a head-shaking function of an air supply apparatus, comprising: a fixed bracket; a rotary bracket, wherein the rotary bracket is sleeved on the fixed bracket and is rotatable with respect to the fixed bracket; and a driving member, wherein the driving member is provided on the fixed bracket, and the driving member drives the rotary bracket to rotate; and a first transmission member, the rotary bracket being provided with a second transmission member drivingly coordinating with the first transmission member, and the first transmission member being connected to a driving shaft of the driving member, wherein the fixed bracket comprises a body portion, the body portion defines a mounting groove, a side wall of the mounting groove has a first through hole, the first transmission member is located in the mounting groove, and the first transmission member drivingly coordinates with the second transmission member via the first through hole; characterized in that the rotation driving mechanism further comprises: a damper, wherein the side wall of the mounting groove has a second through hole, the damper is provided on the fixed bracket and is located in the mounting groove, and the damper drivingly coordinates with the second transmission member via the second through hole. a fixed bracket; a rotary bracket, wherein the rotary bracket is sleeved on the fixed bracket and is rotatable with respect to the fixed bracket; and a driving member, wherein the driving member is provided on the fixed bracket, and the driving member drives the rotary bracket to rotate; and a first transmission member, the rotary bracket being provided with a second transmission member drivingly coordinating with the first transmission member, and the first transmission member being connected to a driving shaft of the driving member, wherein the fixed bracket comprises a body portion, the body portion defines a mounting groove, a side wall of the mounting groove has a first through hole, the first transmission member is located in the mounting groove, and the first transmission member drivingly coordinates with the second transmission member via the first through hole;
A mounting element for positioning an unworked dental prosthesis on a jig, wherein the mounting element being formed using 3D printing is configured for fixedly engaging the prosthesis, wherein the prosthesis being formed using 3D printing includes at least one unworked/unmachined bridge, the mounting element having an axis of elongation and comprises: an engagement portion, configured for fixedly engaging the prosthesis; a registration portion configured for aligning, in use, the prosthesis in a precise position and/or orientation on the jig during machining; and an attachment portion, configured for enabling secure attachment of the prosthesis on the jig during said machining; wherein the registration portion comprises a tapering portion having a conically tapering outer surface; wherein the mounting element further includes an open attachment recess, for example having a T-shaped axial cross section; wherein said attachment recess includes a transversely extending upper recess portion, for example corresponding to the upper part of the "T", the upper recess portion being configured to receive, in use, an upper portion of a fixing element, for fixedly attaching the prosthesis on the jig; wherein said upper recess portion includes sidewalls extending parallel to the axis of elongation, the sidewalls being configured for guiding, in use, the upper portion of the fixing element into the upper recess portion; wherein said upper recess portion includes endwalls in planes parallel to the axis, the endwalls being configured for receiving, in use, a correspondingly-shaped part of the upper portion of the fixing element into the upper recess portion; and wherein the endwalls are disposed on a side of the sidewalls opposite to an opening of the recess. an engagement portion, configured for fixedly engaging the prosthesis; a registration portion configured for aligning, in use, the prosthesis in a precise position and/or orientation on the jig during machining; and an attachment portion, configured for enabling secure attachment of the prosthesis on the jig during said machining; wherein the registration portion comprises a tapering portion having a conically tapering outer surface; wherein the mounting element further includes an open attachment recess, for example having a T-shaped axial cross section; wherein said attachment recess includes a transversely extending upper recess portion, for example corresponding to the upper part of the "T", the upper recess portion being configured to receive, in use, an upper portion of a fixing element, for fixedly attaching the prosthesis on the jig; wherein said upper recess portion includes sidewalls extending parallel to the axis of elongation, the sidewalls being configured for guiding, in use, the upper portion of the fixing element into the upper recess portion; wherein said upper recess portion includes endwalls in planes parallel to the axis, the endwalls being configured for receiving, in use, a correspondingly-shaped part of the upper portion of the fixing element into the upper recess portion; and wherein the endwalls are disposed on a side of the sidewalls opposite to an opening of the recess.
Multilayer stack of use in forming an organic photovoltaic cell and of multi junction type, the said stack comprising first and second active layers, and an intermediate layer of P type or of N type inserted between the said first and second active layers and in contact with at least one of the first and second layers, the multilayer stack comprising an additional layer, inserted between a first active layer and a second active layer and directly in contact with the first active layer or with the second active layer, the additional layer being of a P or N type, distinct from that forming the intermediate layer, characterized in that the said intermediate layer incorporates a network of electrically conductive nanowires.
A blood purification apparatus comprising: a blood circuit; a blood purifier provided in the blood circuit; citric acid solution supply means that supplies a citric acid solution into the blood circuit upstream of the blood purifier; and calcium solution supply means that supplies a calcium solution into the blood circuit downstream of the blood purifier, characterized in that the blood purification apparatus is configured to: estimate, based on an input of a target calcium ion concentration for a patient's blood, an amount of calcium loss throughout the blood circuit, including an amount of calcium removed by the blood purifier when blood having the target calcium ion concentration flows through the blood circuit; calculate a flow rate of the calcium solution to be supplied to the blood circuit based on the estimated amount of calcium loss; and supply the calcium solution to the blood circuit by the calcium solution supply means based on the calculated flow rate of the calcium solution. a blood circuit; a blood purifier provided in the blood circuit; citric acid solution supply means that supplies a citric acid solution into the blood circuit upstream of the blood purifier; and calcium solution supply means that supplies a calcium solution into the blood circuit downstream of the blood purifier, characterized in that the blood purification apparatus is configured to: estimate, based on an input of a target calcium ion concentration for a patient's blood, an amount of calcium loss throughout the blood circuit, including an amount of calcium removed by the blood purifier when blood having the target calcium ion concentration flows through the blood circuit; calculate a flow rate of the calcium solution to be supplied to the blood circuit based on the estimated amount of calcium loss; and supply the calcium solution to the blood circuit by the calcium solution supply means based on the calculated flow rate of the calcium solution. estimate, based on an input of a target calcium ion concentration for a patient's blood, an amount of calcium loss throughout the blood circuit, including an amount of calcium removed by the blood purifier when blood having the target calcium ion concentration flows through the blood circuit; calculate a flow rate of the calcium solution to be supplied to the blood circuit based on the estimated amount of calcium loss; and supply the calcium solution to the blood circuit by the calcium solution supply means based on the calculated flow rate of the calcium solution.
A mixture comprising at least one plastic K and from 1.0 to 30% by weight, based on the entire mixture, of at least one compound A selected from the group consisting of borophosphates, borate phosphates, metalloborophosphates, and mixtures thereof.