mhurhangee/ep-ind-claims huggingface dataset:
Battery cell for storing electrical energy, wherein the battery cell has the following features: an outer shell (104; 200) which surrounds the battery cell; and a device for transmitting an information item from the battery cell, wherein the device has the following features: a first transmitter which is arranged on an inner side of an outer shell (104; 200) of the battery cell, wherein the first transmitter is designed to emit a signal representing the information item through the outer shell (104; 200) of the battery cell; and a second transmitter which is arranged on an outer side of the outer shell (104; 200) of the battery cell and is galvanically isolated from the first transmitter, wherein the second transmitter is designed to pick up the signal, wherein the second transmitter is designed to emit a further signal representing a further information item through the outer shell (104; 200) of the battery cell, and the first transmitter is designed to pick up the further signal, wherein the first transmitter is arranged directly on the outer shell (104; 200) of the battery cell and/or the second transmitter is arranged directly on the outer shell (104; 200) of the battery cell, and the second transmitter is arranged directly opposite the first transmitter on the outer side of the outer shell (104; 200) of the battery cell. an outer shell (104; 200) which surrounds the battery cell; and a device for transmitting an information item from the battery cell, wherein the device has the following features: a first transmitter which is arranged on an inner side of an outer shell (104; 200) of the battery cell, wherein the first transmitter is designed to emit a signal representing the information item through the outer shell (104; 200) of the battery cell; and a second transmitter which is arranged on an outer side of the outer shell (104; 200) of the battery cell and is galvanically isolated from the first transmitter, wherein the second transmitter is designed to pick up the signal, a first transmitter which is arranged on an inner side of an outer shell (104; 200) of the battery cell, wherein the first transmitter is designed to emit a signal representing the information item through the outer shell (104; 200) of the battery cell; and a second transmitter which is arranged on an outer side of the outer shell (104; 200) of the battery cell and is galvanically isolated from the first transmitter, wherein the second transmitter is designed to pick up the signal, wherein the second transmitter is designed to emit a further signal representing a further information item through the outer shell (104; 200) of the battery cell, and the first transmitter is designed to pick up the further signal, wherein the first transmitter is arranged directly on the outer shell (104; 200) of the battery cell and/or the second transmitter is arranged directly on the outer shell (104; 200) of the battery cell, and the second transmitter is arranged directly opposite the first transmitter on the outer side of the outer shell (104; 200) of the battery cell.
An anti-theft device for a steering column of a motor vehicle comprising: - a locking means movably mounted between an unlocked position in which it is intended to be disposed at a distance from the steering column and a locked position in which it is intended to block said steering column, and - a cam intended to be secured in rotation to a lock rotor to actuate the locking means depending on the position of the lock rotor, the cam comprising: - a non-return profile intended to cooperate with a complementary assembly member configured to prevent the cam from rotating in opposite direction after it has reached a first predetermined angular position, and - a push-locking recess intended to receive an abutment (20, 21) intended to cooperate with a complementary assembly member configured to prevent the cam from rotating in a predetermined direction of rotation from a second predefined angular position and authorize the rotation of the cam by prior depression of the lock rotor. - a locking means movably mounted between an unlocked position in which it is intended to be disposed at a distance from the steering column and a locked position in which it is intended to block said steering column, and - a cam intended to be secured in rotation to a lock rotor to actuate the locking means depending on the position of the lock rotor, - a non-return profile intended to cooperate with a complementary assembly member configured to prevent the cam from rotating in opposite direction after it has reached a first predetermined angular position, and - a push-locking recess intended to receive an abutment (20, 21) intended to cooperate with a complementary assembly member configured to prevent the cam from rotating in a predetermined direction of rotation from a second predefined angular position and authorize the rotation of the cam by prior depression of the lock rotor.
A method of providing an illumination pattern for vehicle lighting, the method comprising the steps of: - providing a light pattern comprising a multitude of adjacent scanlines of white light, being arranged in a reference illumination pattern, by illuminating a light converter by means of a scanning laser arrangement for illuminating an area, wherein the scanlines have a defined scanline width, characterized by - adapting a cut-off of the light pattern by switching off at least a part of a scanline to provide a non-continuous scanline and by illuminating an area previously illuminated by the non-continuous scanline by controlling the scanning laser arrangement for changing a position of a continuous scanline adjacent to the non-continuous scanline with respect to the reference illumination pattern, wherein the adjacent scanlines overlap with each other. - providing a light pattern comprising a multitude of adjacent scanlines of white light, being arranged in a reference illumination pattern, by illuminating a light converter by means of a scanning laser arrangement for illuminating an area, wherein the scanlines have a defined scanline width, characterized by - adapting a cut-off of the light pattern by switching off at least a part of a scanline to provide a non-continuous scanline and by illuminating an area previously illuminated by the non-continuous scanline by controlling the scanning laser arrangement for changing a position of a continuous scanline adjacent to the non-continuous scanline with respect to the reference illumination pattern, wherein the adjacent scanlines overlap with each other.
An electrode for plasma generation comprising a plurality of collecting portions having a plurality of through holes, the plurality of collecting portions facing a gas flow in a direction where gas to be treated flows and provided spaced apart from each other, wherein the plurality of collecting portions is continuously formed so that a sheet of meshy member is bent in a corrugated shape along the longitudinal direction of the meshy member; the plurality of collecting portions is arranged in the gas flow direction, and the plurality of collecting portions is arranged such that the collecting portions in an upstream of the gas flow direction are formed less densely than the collecting portions in a downstream thereof.
A sealing device which is adapted to partition an annular space formed between a rotary shaft and a housing surrounding the rotary shaft, into a low-pressure space and a high-pressure space whose pressure is higher than that of the low-pressure space, in an axial direction, the sealing device comprising an annular seal portion formed of an elastic material and adapted to be in slidable contact with an outer peripheral surface of the rotary shaft, wherein on an inner peripheral surface of the seal portion, a main lip is formed so as to be in slidable contact with the outer peripheral surface of the rotary shaft, and an inclined surface is formed so as to extend from the main lip toward the low-pressure space side and gradually enlarge in diameter toward the low-pressure space side, on the inclined surface, a first annular projection is formed so as to be in slidable contact with the outer peripheral surface of the rotary shaft in a state where the main lip is in slidable contact with the outer peripheral surface of the rotary shaft, and a second annular projection (21, 21a, 21b) is formed so as to be disposed between the main lip and the first annular projection and project toward a radially inward side, the second annular projection (21, 21a, 21b) is formed such that: when the sealing device is in an initial use state, the second annular projection (21, 21a, 21b) is not in slidable contact with the outer peripheral surface of the rotary shaft; and when the main lip and the first annular projection wear, due to use of the sealing device, to such a degree that required sealing performance cannot be maintained, the second annular projection (21, 21a, 21b) is adapted to start to be in slidable contact with the outer peripheral surface of the rotary shaft, characterised in that said sealing device further comprises a third annular projection, and that said third annular projection is further formed on the inclined surface and between the main lip and the second annular projection (21, 21a, 21b) so as to be in slidable contact with the outer peripheral surface of the rotary shaft when the sealing device is in the initial use state.
A method of coating a microneedle array comprising: providing a microneedle array having a substrate and at least one needle; providing a removable masking layer on the microneedle array such that the substrate is at least partially covered by the masking layer and the at least one needle remains at least partially exposed; and applying a coating material to at least a portion of the exposed portion of the microneedle array wherein the masking layer is a fluid. providing a microneedle array having a substrate and at least one needle; providing a removable masking layer on the microneedle array such that the substrate is at least partially covered by the masking layer and the at least one needle remains at least partially exposed; and applying a coating material to at least a portion of the exposed portion of the microneedle array wherein the masking layer is a fluid.
A biodegradable spunbond nonwoven fabric for thermoforming comprising fibers of a polylactic acid-based polymer, wherein the basis weight of the biodegradable nonwoven fabric is 20 g/m 2 to 300 g/m 2, and the elongation in the MD direction at 120 °C, determined as described in the description, is 100% to 400%, and the dimensional change rate in the MD direction at 80 °C to 140 °C as measured by thermomechanical analysis and described in the description, is ±2% or less, and the birefringence of the fibers in the nonwoven fabric is 0.010 to 0.025, and the fibers in the nonwoven fabric further comprise, in addition to the polylactic acid-based polymer, 3 wt% to 27 wt% of an aliphatic ester copolymer based on total resin weight.
Method for the production of customized insoles, comprising the following steps: Creating a foot dataset that at least describes the geometry of the surface of the sole of a foot, calculating from the foot dataset a machine dataset for a milling machine, milling of a mould cavity and a lid of an injection mould on the basis of the machine dataset from at least one block of non-metallic material that is meltable and reusable, introducing the injection mould into an injection moulding machine and hosing of the injection mould with a polyurethane for producing a single foamed insole, extracting the insole from the injection mould and transferring the injection mould into a melting furnace, melting one or more injection moulds and manufacturing new blocks in a casting process. Creating a foot dataset that at least describes the geometry of the surface of the sole of a foot, calculating from the foot dataset a machine dataset for a milling machine, milling of a mould cavity and a lid of an injection mould on the basis of the machine dataset from at least one block of non-metallic material that is meltable and reusable, introducing the injection mould into an injection moulding machine and hosing of the injection mould with a polyurethane for producing a single foamed insole, extracting the insole from the injection mould and transferring the injection mould into a melting furnace, melting one or more injection moulds and manufacturing new blocks in a casting process.
A retrofitable retractable screen system for insertion into a frame of a window or door opening to allow the window or door opening to be covered when in an open position, the system comprising: a screen support assembly defining a screen opening and adapted for insertion into and removal from a window or door frame; a roller assembly comprising: a screen; a spindle rotatably mounted adjacent the screen opening around which the screen is wound so that the screen can be unwound from or wound onto the spindle; and a spindle rotation assembly for rotating the spindle; at least one operative means connected between the screen and the spindle rotation assembly that causes the spindle to rotate so as to wind the screen back onto the spindle as the screen is retracted across the screen opening; and at least one guide assembly for guiding the operative means, wherein the guide assembly guides the operative means through or around a tension adjustment arrangement that adjusts the tension in the operative means as the screen is wound and unwound from the spindle, characterized in that the guide assembly guides the operative means from the spindle to a first guide component that directs the operative means to the tension adjustment arrangement, and the tension adjustment arrangement directs the operative means to a second guide component which directs the operative means to a distal edge of the screen with respect to the spindle. a screen support assembly defining a screen opening and adapted for insertion into and removal from a window or door frame; a roller assembly comprising: a screen; a spindle rotatably mounted adjacent the screen opening around which the screen is wound so that the screen can be unwound from or wound onto the spindle; and a spindle rotation assembly for rotating the spindle; a screen; a spindle rotatably mounted adjacent the screen opening around which the screen is wound so that the screen can be unwound from or wound onto the spindle; and a spindle rotation assembly for rotating the spindle; at least one operative means connected between the screen and the spindle rotation assembly that causes the spindle to rotate so as to wind the screen back onto the spindle as the screen is retracted across the screen opening; and at least one guide assembly for guiding the operative means, wherein the guide assembly guides the operative means through or around a tension adjustment arrangement that adjusts the tension in the operative means as the screen is wound and unwound from the spindle, characterized in that the guide assembly guides the operative means from the spindle to a first guide component that directs the operative means to the tension adjustment arrangement, and the tension adjustment arrangement directs the operative means to a second guide component which directs the operative means to a distal edge of the screen with respect to the spindle.
A composition for use in (a) treatment of impaired motor skills in a mammal suffering from Parkinson's Disease; (b) improving the efficacy of levodopa (L-DOPA) in treatment of impaired motor skills in a mammal suffering from Parkinson's Disease; and/or (c) reducing L-DOPA associated involuntary movements selected from the group consisting of choreiform, dystonic and dyskinetic movements, in the treatment of impaired motor skills in a mammal suffering from Parkinson's Disease, comprising co-administering to the subject L-DOPA and a composition comprising therapeutically effective amounts of: (i) at least one of uridine, cytidine, or salts, phosphates, acylated forms or esters thereof; (ii) at least one of docosahexaenoic acid (22:6; DHA), eicosapentaenoic acid (20:5; EPA) and docosapentaenoic acid (22:5; DPA); (iii) choline, or salts or esters thereof; and (iv) at least one vitamin B selected from vitamins B6, B9 and B12. (i) at least one of uridine, cytidine, or salts, phosphates, acylated forms or esters thereof; (ii) at least one of docosahexaenoic acid (22:6; DHA), eicosapentaenoic acid (20:5; EPA) and docosapentaenoic acid (22:5; DPA); (iii) choline, or salts or esters thereof; and (iv) at least one vitamin B selected from vitamins B6, B9 and B12.
Finishing method for finish machining of a rotationally symmetrical workpiece section on a workpiece, wherein the workpiece is rotated about a workpiece axis for the finish machining, and by means of at least one finishing unit, a finishing tool equipped with cutting means is pressed onto a peripheral surface of the workpiece section applying a pressing force in a workpiece section to be machined, wherein the finishing unit (200, 300) includes at least one movably mounted finishing arm (210, 220, 310, 320) which carries a pressing device for pressing the finishing tool (340, 440) onto the workpiece section to be machined, and a finishing arm drive unit (250, 350) coupled to the finishing arm is employed, which drive unit is connected to a control device and is controllable by the control device for generating working movements of the finishing arm, characterized in that an electromechanical drive unit (250, 350) is used as the finishing arm drive unit having an electric servomotor, and in that a force signal proportional to the pressing force is determined and an infeed path of the finishing tool is controlled in response to the force signal at least during a phase of the finishing procedure, wherein during an infeed movement of the finishing tool the force signal is monitored, the infeed movement is stopped in a first position if the force signal reaches a predetermined first threshold value, and the finish machining is continued with the infeed stopped in the first position, the force signal is monitored with the infeed stopped in the first position and the infeed movement is continued if the force signal reaches a predetermined second threshold value which is lower than the first threshold value, and the infeed movement is continued in that the finishing tool is infed by a predefined path increment (ΔS) up to a second position.
An optical cable comprising: a plurality of deformable buffer tubes, wherein each deformable buffer tube of the plurality of deformable buffer tubes comprises one or more flexible ribbons each comprising a plurality of optical fibers, and an axial cross-section of the deformable buffer tube that includes the one or more flexible ribbons, and wherein the axial cross-section comprises an irregular shape due to deformation; and an outer jacket (70,75) surrounding the plurality of deformable buffer tubes, the plurality of optical fibers are arranged parallel to each other and are connected at bond regions, wherein the bond regions are arranged across the flexible ribbons so as to selectively leave a large surface of the optical fibers free of bonding material that forms the bond region, wherein a first rigid strength member is disposed within the outer jacket, wherein the first rigid strength member is disposed in a central region surrounded by the plurality of deformable buffer tubes, characterized in that the first rigid strength member is enclosed by a second deformable material comprising a material having a modulus less than 1 GPa at -40 °C, determined in accordance with ASTM D638 - 14. a plurality of deformable buffer tubes, wherein each deformable buffer tube of the plurality of deformable buffer tubes comprises one or more flexible ribbons each comprising a plurality of optical fibers, and an axial cross-section of the deformable buffer tube that includes the one or more flexible ribbons, and wherein the axial cross-section comprises an irregular shape due to deformation; and an outer jacket (70,75) surrounding the plurality of deformable buffer tubes, the plurality of optical fibers are arranged parallel to each other and are connected at bond regions, wherein the bond regions are arranged across the flexible ribbons so as to selectively leave a large surface of the optical fibers free of bonding material that forms the bond region, wherein a first rigid strength member is disposed within the outer jacket, wherein the first rigid strength member is disposed in a central region surrounded by the plurality of deformable buffer tubes, characterized in that the first rigid strength member is enclosed by a second deformable material comprising a material having a modulus less than 1 GPa at -40 °C, determined in accordance with ASTM D638 - 14.
A method of manufacturing a therapeutic placental product comprising: a) obtaining viable placental cells from a first obtained placental tissue; b) removing trophoblasts from the chorion of a second obtained placental tissue comprising chorion and trophoblasts; c) after step b), disrupting the second placental tissue to form a placental dispersion wherein the placental dispersion comprises disrupted chorion tissue, viable cells and placental factors wherein the placental factors are selected from the group consisting of angiogenic factors, chemokines, cytokines, growth factors, proteases, protease inhibitors, and matrix components; and d) combining the placental cells and the placental dispersion to form the placental product. a) obtaining viable placental cells from a first obtained placental tissue; b) removing trophoblasts from the chorion of a second obtained placental tissue comprising chorion and trophoblasts; c) after step b), disrupting the second placental tissue to form a placental dispersion wherein the placental dispersion comprises disrupted chorion tissue, viable cells and placental factors wherein the placental factors are selected from the group consisting of angiogenic factors, chemokines, cytokines, growth factors, proteases, protease inhibitors, and matrix components; and d) combining the placental cells and the placental dispersion to form the placental product.
Disposable hygiene pants with a longitudinal direction and a transverse direction, comprising in the longitudinal direction, a front portion, an intermediate crotch portion provided with two leg cut outs, and a rear portion, the outer longitudinal edge portions (21, 22) of the front portion being connected by longitudinal weld seams (7, 8) to the outer longitudinal edge portions (31, 32) of the rear portion thereby forming a waist opening that is delimited by the outer transverse edge portions (22, 33) of the front portion and of the rear portion, and forming two leg openings (5, 6) that are outwardly delimited in the transverse direction by the inner end portions of the weld seams, wherein the hygiene pants comprise an outer elastic cover comprising an elastic laminate comprising an elastic film applied to a nonwoven material and an absorption unit that extends in the longitudinal direction across at least part of the crotch portion, wherein the hygiene pants are characterized in that said weld seams (7, 8) are each reinforced by one or more pieces of reinforcing material (15, 16, 17, 18, 19, 20, 35) containing thermoplastic fibers, and wherein said reinforcing material has been affixed by adhesive (25, 26, 27, 28, 29, 30, 37) to inner surfaces of the front portion (21, 22) and/or the rear portion of the elastic outer cover proximate to the weld seams (7,8) such that the reinforcing material extends into said weld seams (7, 8), and in that the tensile strength of the weld seams, in a direction transverse to the weld seam and in said transverse direction, exceeds 5 N/25.4 mm at least in the portions reinforced with said reinforcing material (15, 16, 17, 18, 19, 20, 35), and in that the breaking strength of said cover in the transverse direction exceeds the tensile strength for the reinforced weld seams.