mhurhangee/ep-ind-claims huggingface dataset:
A separating device for separating a web into a plurality of strips, comprising a first cutting roller which is rotatable about a first cutting roller axis and a second cutting roller which is rotatable about a second cutting roller axis that is parallel to the first, wherein the first and the second cutting roller (30, 34) each comprise a plurality of blades which cooperate with one another, characterized in that the first and/or the second cutting roller (30, 34) is/are designed as an intermittent cutting roller, wherein all blades of the intermittent cutting roller in each case comprise at least one cutout which interrupts a cutting edge of the blade, wherein the cutouts in the blades of the intermittent cutting roller are arranged along a helix (461, 462) and said helix (461, 462) is located in a cylindrical jacket that is spanned by the cutting edges of the blades and the axis of the helix (461, 462) coincides with the cutting roller axis (32, 36) of the intermittent cutting roller.
A oxide sintered body consisting of an indium oxide and a cerium oxide, wherein the cerium content is 0.3 to 9% by atom, as an atomicity ratio of Ce/(In+Ce), characterized in that: said oxide sintered body has an In 2 O 3 phase of a bixbyite structure as a main crystal phase, has a CeO 2 phase of a fluorite-type structure finely dispersed as crystal grains having an average particle diameter of equal to or smaller than 3 μm, as a second phase. said oxide sintered body has an In 2 O 3 phase of a bixbyite structure as a main crystal phase, has a CeO 2 phase of a fluorite-type structure finely dispersed as crystal grains having an average particle diameter of equal to or smaller than 3 μm, as a second phase.
An apparatus configured for at least partially blocking a renal nerve of a kidney of a human patient, the apparatus being configured for injecting a nerve blocking drug into a periarterial space of the kidney to block the renal nerve for the duration of action of the nerve blocking drug, further comprising a drug delivery catheter that terminates in the area of the renal artery where the delivered drug is capable of blocking the renal nerve, and a) wherein the catheter is split into two or more branches (701, 702) and wherein the catheter branches comprise end holes, side holes or wall pores for the delivery of medication to the renal nerve; or b) wherein the catheter is configured to form a coil around the renal artery inside the periarterial space, wherein the coil is equipped with side holes or pores to evenly distribute the infused drug in the periarterial space around the renal artery; or c) wherein the catheter comprises a sealed tip and multiple side holes or pores in the wall of the catheter, the catheter further comprising a cuff to encourage ingrowth of connective tissue. a) wherein the catheter is split into two or more branches (701, 702) and wherein the catheter branches comprise end holes, side holes or wall pores for the delivery of medication to the renal nerve; or b) wherein the catheter is configured to form a coil around the renal artery inside the periarterial space, wherein the coil is equipped with side holes or pores to evenly distribute the infused drug in the periarterial space around the renal artery; or c) wherein the catheter comprises a sealed tip and multiple side holes or pores in the wall of the catheter, the catheter further comprising a cuff to encourage ingrowth of connective tissue.
An electronic device (100, 300) comprising: a display panel (101, 330, 403) including a polarizing layer and a phase delay layer disposed below the polarizing layer; an impact absorbing member disposed below the display panel (101, 330, 403) and having an opening at least partially formed therein; an image sensor (312, 420) disposed corresponding to the opening; characterized by a polarizing member disposed, corresponding to the opening, below the display panel (101, 330, 403) so as to enable at least a part of light passing through the polarizing layer and the phase delay layer of the display panel (101, 330, 403), to be transmitted therethrough; and a phase delay member disposed below the polarizing member to enable at least a part of the light having been transmitted through the polarizing member, to be transmitted therethrough, wherein the phase delay member has an optical property such that at least a part of the light collides with the image sensor (312, 420) to be reflected toward the phase delay member, and the reflected light is blocked by the polarizing member. a display panel (101, 330, 403) including a polarizing layer and a phase delay layer disposed below the polarizing layer; an impact absorbing member disposed below the display panel (101, 330, 403) and having an opening at least partially formed therein; an image sensor (312, 420) disposed corresponding to the opening; characterized by a polarizing member disposed, corresponding to the opening, below the display panel (101, 330, 403) so as to enable at least a part of light passing through the polarizing layer and the phase delay layer of the display panel (101, 330, 403), to be transmitted therethrough; and a phase delay member disposed below the polarizing member to enable at least a part of the light having been transmitted through the polarizing member, to be transmitted therethrough, wherein the phase delay member has an optical property such that at least a part of the light collides with the image sensor (312, 420) to be reflected toward the phase delay member, and the reflected light is blocked by the polarizing member.
Coated glass pane with a low-e and/or solar control coating comprising - in sequence from the glass surface - at least the following layers: - a lower anti-reflection layer comprising a base layer of an (oxi)nitride of aluminium and a metal oxide top layer, - a silver-based functional layer, - a barrier layer, - an upper anti-renection layer comprising a core layer of a metal oxide and an outermost protective layer, characterized in that - the lower anti-reflection layer further comprises a middle layer of an oxide of Sn or of a mixture of Zn and Sn between its base layer and its top layer, - the core layer of the upper anti-reflection layer comprises an oxide of Zn and Sn, and - the outermost protective layer has a thickness of 1 - 5 nm. - a lower anti-reflection layer comprising a base layer of an (oxi)nitride of aluminium and a metal oxide top layer, - a silver-based functional layer, - a barrier layer, - an upper anti-renection layer comprising a core layer of a metal oxide and an outermost protective layer, - the lower anti-reflection layer further comprises a middle layer of an oxide of Sn or of a mixture of Zn and Sn between its base layer and its top layer, - the core layer of the upper anti-reflection layer comprises an oxide of Zn and Sn, and - the outermost protective layer has a thickness of 1 - 5 nm.
A hearing aid device, comprising: a housing having a plurality of sides, the housing having a first color; at least one electrical component held within the housing; and a clip removably attachable to the housing, wherein the clip has a second color, wherein the clip is configured to cover at least a portion of the plurality of sides of the housing, characterized in that the housing comprises a protruding structure and the clip comprises an open slot configured to connect to the protruding structure to removably attach the clip to the housing. a housing having a plurality of sides, the housing having a first color; at least one electrical component held within the housing; and a clip removably attachable to the housing, wherein the clip has a second color, wherein the clip is configured to cover at least a portion of the plurality of sides of the housing, characterized in that the housing comprises a protruding structure and the clip comprises an open slot configured to connect to the protruding structure to removably attach the clip to the housing.
A milling tool for rotary chip removing machining, which milling tool comprises a basic body comprising a rotational axis, a peripheral envelope surface concentric with the rotational axis, and at least one insert seat having a seat surface arranged therein, which milling tool is rotatable in a direction of rotation, which milling tool, in at least one insert seat, comprises a shim plate detachably mounted to the seat surface, and which milling tool, in said at least one insert seat, comprises a detachably mounted cutting insert adjacent to the shim plate, the shim plate comprising a bottom surface adjacent to the seat surface of the basic body, a contact surface opposite to the bottom surface and adjacent to the cutting insert, as well as at least one side surface having an extension between the bottom surface and the contact surface, wherein the shim plate is manufactured from cemented carbide, characterized in that the milling tool comprises, in a radial cross-section orthogonal to the rotational axis and traversing the shim plate, an imaginary straight line (a) associated with the seat surface of the basic body, intersecting a point of the cross-section where the seat surface is closest to the envelope surface and a point of the cross-section where the seat surface is closest to the rotational axis, and an imaginary straight line (b) associated with the contact surface of the shim plate, intersecting the point of the cross-section where the contact surface is closest to the envelope surface and a point of the cross-section where the contact surface is closest to the rotational axis, diverging toward the envelope surface and forming an angle α with each other, and in that the shim plate is wedge-shaped in a radial direction, so that the distance between the bottom surface and the contact surface of the shim plate increases in the radial direction from the rotational axis of the basic body.
Sucking apparatus, in particular for cleaning, comprising: - at least two sucking motors arranged for generating a flow of air from the outside to the inside of said apparatus; - at least two filters arranged upstream of said sucking motors for filtering said flow of air, each filter being associated with a respective sucking motor; - valve means interposed between, and operationally associated with, each sucking motor and each filter, characterised in that said valve means is movable between a rest position wherein said valve means is received in respective seats, and a raised position, wherein said valve means is raised from said respective seats when the sucking motor associated therewith is working, to enable the passage of said flow of air prevalently along a first direction; wherein said valve means is provided with a calibrated passage arranged for enabling, when said valve means is in said rest position, the passage of at least one portion (F') of said flow of air substantially along a second direction, opposite said first direction, from said sucking motor to said filter for cleaning said filter. - at least two sucking motors arranged for generating a flow of air from the outside to the inside of said apparatus; - at least two filters arranged upstream of said sucking motors for filtering said flow of air, each filter being associated with a respective sucking motor; - valve means interposed between, and operationally associated with, each sucking motor and each filter, characterised in that said valve means is movable between a rest position wherein said valve means is received in respective seats, and a raised position, wherein said valve means is raised from said respective seats when the sucking motor associated therewith is working, to enable the passage of said flow of air prevalently along a first direction;
A method of preparing an amine functionalised polyaryletherketone copolymer, said method comprising the steps of: polymerising (i) a monomer system suitable for forming aryletherketone units and (ii) a comonomer in a reaction medium comprising: (a) a Lewis acid and (b) a controlling agent comprising an aromatic carboxylic acid, an aromatic sulphonic acid, or a derivative thereof; and adding a capping agent comprising -NR 2, -NRH or a protected amine group to said reaction medium, where each R is independently an aliphatic or aromatic group. polymerising (i) a monomer system suitable for forming aryletherketone units and (ii) a comonomer in a reaction medium comprising: (a) a Lewis acid and (b) a controlling agent comprising an aromatic carboxylic acid, an aromatic sulphonic acid, or a derivative thereof; and (a) a Lewis acid and (b) a controlling agent comprising an aromatic carboxylic acid, an aromatic sulphonic acid, or a derivative thereof; adding a capping agent comprising -NR 2, -NRH or a protected amine group to said reaction medium, where each R is independently an aliphatic or aromatic group.
A processor implemented method of sorting digital signal samples for use in a compression scheme, said method comprising: reordering a set of digital signal samples, said set having an initial arrangement and said reordering being based at least in part on one or more characteristics of said digital signal samples; and encoding a permutation corresponding to said particular reordering, wherein said permutation comprises a sequence of movements operable to return the reordered set to its order prior to said reordering, and wherein said sequence of movements is encoded using factoradics. reordering a set of digital signal samples, said set having an initial arrangement and said reordering being based at least in part on one or more characteristics of said digital signal samples; and encoding a permutation corresponding to said particular reordering, wherein said permutation comprises a sequence of movements operable to return the reordered set to its order prior to said reordering, and wherein said sequence of movements is encoded using factoradics.
Supporting and motorized actuation device of a rolling shutter comprising a winding assembly that comprises: - a fixed frame, - a revolving casing revolvingly mounted on said fixed frame in such manner to revolve around a longitudinal axis; said revolving casing being adapted to be fixed to the rolling shutter in order to wind and unwind the rolling shutter, - a geared motor mounted in the fixed frame and adapted to drive the revolving casing into rotation, - a compensating spring assembly disposed between the fixed frame and the revolving casing in such manner to be loaded or unloaded according to the direction of rotation of the revolving casing, wherein said geared motor and said compensating spring assembly are housed in said revolving casing, the length of the revolving casing is lower than the width of the shutter to be fixed to the revolving casing, and said device also comprises: - a first fast-coupling connector and a second fast-coupling connector fixed to said fixed frame in such manner to axially protrude from the ends of said winding assembly; - a pair of support bars adapted to be cut to size and having a first ending section adapted to be coupled with said fast-coupling connector and a second ending section adapted to be coupled with a masonry wall, characterized in that said geared motor comprises a drive shaft connected to a pulley fixed to said revolving casing and said compensating spring assembly comprises a first end fixed to the fixed frame and a second end connected to the pulley. - a fixed frame, - a revolving casing revolvingly mounted on said fixed frame in such manner to revolve around a longitudinal axis; said revolving casing being adapted to be fixed to the rolling shutter in order to wind and unwind the rolling shutter, - a geared motor mounted in the fixed frame and adapted to drive the revolving casing into rotation, - a compensating spring assembly disposed between the fixed frame and the revolving casing in such manner to be loaded or unloaded according to the direction of rotation of the revolving casing, wherein said geared motor and said compensating spring assembly are housed in said revolving casing, - a first fast-coupling connector and a second fast-coupling connector fixed to said fixed frame in such manner to axially protrude from the ends of said winding assembly; - a pair of support bars adapted to be cut to size and having a first ending section adapted to be coupled with said fast-coupling connector and a second ending section adapted to be coupled with a masonry wall,
A method of removing hematein precipitate from an automated hematoxylin staining system comprising: providing a liquid oxidizing component comprising a peroxide and water and an alkaline component, wherein the liquid oxidizing component and the alkaline component are separate; combining the liquid oxidizing component and alkaline component in a container to form a hematein precipitate removal solution having a pH in the range of between about 8.9 and 10.5; placing the container of the precipitate removal solution in a position to enable the hematoxylin dispensing components of an automated hematoxylin staining system to receive and move the solution through the interior surfaces of those dispensing components; activating the automated staining system to move the precipitate removal solution into the interior surfaces of the hematoxylin dispensing components of the automated staining system; contacting said interior surfaces for at least 30 minutes. providing a liquid oxidizing component comprising a peroxide and water and an alkaline component, wherein the liquid oxidizing component and the alkaline component are separate; combining the liquid oxidizing component and alkaline component in a container to form a hematein precipitate removal solution having a pH in the range of between about 8.9 and 10.5; placing the container of the precipitate removal solution in a position to enable the hematoxylin dispensing components of an automated hematoxylin staining system to receive and move the solution through the interior surfaces of those dispensing components; activating the automated staining system to move the precipitate removal solution into the interior surfaces of the hematoxylin dispensing components of the automated staining system; contacting said interior surfaces for at least 30 minutes.
A control device for a cooling device comprising: an external environment information acquisition unit for acquiring external environment information, which is information about an outside of a vehicle on which an in-vehicle device as the object to be cooled is mounted and concerns temperature changes of the in-vehicle device; a temperature change prediction unit for predicting the temperature changes of the object to be cooled; and a control unit for controlling the cooling device for cooling the object to be cooled, such control carried out on the basis of the prediction results according to the temperature change prediction unit; wherein the external environment information is information on the presence of other vehicles, obstacles, pedestrians, bicycles and motorbikes in the external environment of the vehicle, which is obtained from image information of an image obtained by capturing the outside of the vehicle; characterized in that the temperature change prediction unit is adapted to calculate a processing load of the in-vehicle device due to the execution of software applications in the in-vehicle device on the basis of the external environment information acquired from the external environment information acquisition unit, and to predict the temperature changes of the in-vehicle device on the basis of the calculated processing load. an external environment information acquisition unit for acquiring external environment information, which is information about an outside of a vehicle on which an in-vehicle device as the object to be cooled is mounted and concerns temperature changes of the in-vehicle device; a temperature change prediction unit for predicting the temperature changes of the object to be cooled; and a control unit for controlling the cooling device for cooling the object to be cooled, such control carried out on the basis of the prediction results according to the temperature change prediction unit; wherein the external environment information is information on the presence of other vehicles, obstacles, pedestrians, bicycles and motorbikes in the external environment of the vehicle, which is obtained from image information of an image obtained by capturing the outside of the vehicle; characterized in that the temperature change prediction unit is adapted to calculate a processing load of the in-vehicle device due to the execution of software applications in the in-vehicle device on the basis of the external environment information acquired from the external environment information acquisition unit, and to predict the temperature changes of the in-vehicle device on the basis of the calculated processing load.
A method of improvement of toughness of a heat affected zone in a welded joint of a steel plate characterized by subjecting a surface of a heat affected zone formed by a last pass of a multi-layer welded joint of a steel plate to impacts by an ultrasonic vibration tool using one or more pins having a diameter between 5 mm and 30 mm with an oscillating amplitude between 20 μm and 60 μm generated by 19 kHz to 60 kHz, wherein an average of a longitudinal axis of crystal grains in a depth of at least 2 mm from the surface of the steel plate in the microstructure adjacent to a fusion line of a weld metal and the steel plate matrix in said heat affected zone formed by the last pass is 120% or less of the crystal grain size of the steel plate matrix before the welding in a depth of 1/4 of a thickness t from the surface of the steel plate.
Method for filling a spacer frame with a filler for producing an insulating glazing unit, which comprises the following steps: a) calculating a fill time for filling the spacer frame to a fill level of 100%, b) inserting the spacer frame into a filling device with scales and a frame holder, wherein the spacer frame is suspended in suspension devices (4, 5, 6), c) filling the spacer frame for the calculated fill time, and d) weighing the spacer frame and determining the fill level, wherein the filling of the spacer frame is terminated if the fill level is > 90%. a) calculating a fill time for filling the spacer frame to a fill level of 100%, b) inserting the spacer frame into a filling device with scales and a frame holder, wherein the spacer frame is suspended in suspension devices (4, 5, 6), c) filling the spacer frame for the calculated fill time, and d) weighing the spacer frame and determining the fill level, wherein the filling of the spacer frame is terminated if the fill level is > 90%.
Resistance welding method, wherein welding processes are performed, in the course of which welding electrodes (111, 112) are pressed against a welding point of workpieces (121, 122) and are energized with a welding current in each case in accordance with predefined welding parameters, wherein, in the course of these welding processes, welding data describing the respective welding process are determined, wherein the welding data are evaluated using a regression model, wherein, in the course of this evaluation, a probability of welding spatter occurring in a next welding process, and also a spatter time at which the welding spatter occurs in the next welding process, are determined, wherein, when the determined probability reaches a threshold value, at least one of the predefined welding parameters is adjusted so that the probability falls below the threshold value, wherein, in the course of this adjustment, at least one relationship between the probability and/or the spatter time, as dependent variable, on the one hand, and the at least one of the welding parameters, as independent variable, on the other hand, is ascertained using the regression model, wherein the at least one of the predefined welding parameters is selected and adjusted based on the ascertained at least one relationship.