mhurhangee/ep-ind-claims huggingface dataset:
A sanitary napkin comprising a main pad body and a flow-guide unit disposed on said main pad body, wherein said main pad body including a lower pad layer, an absorbent body disposed on said lower pad layer, and an upper pad layer cooperating with said lower pad layer to confine therebetween said absorbent body; and said flow-guide unit including two flow-guide members and a pull piece, each of said flow-guide members having top and bottom ends, said bottom ends of said flow-guide members being connected to a top surface of said absorbent body and being spaced apart from each other, each of said flow-guide members including a plurality of flow-guide sections which are stacked in a top-bottom direction and which are foldably connected to each other, a plurality of inner junction sections each formed between inner ends of two adjacent ones of the flow-guide sections, and a plurality of outer junction sections each formed between outer ends of two adjacent ones of the flow-guide sections, said pull piece being connected to said top ends of said flow-guide members, and being pulled to move said flow-guide sections relative to said absorbent body from a folded position, in which said flow-guide sections of each of said flow-guide members are stacked one upon the other, to an extended position, in which said outer junction sections of each of said flow-guide members are spaced apart from each other, the sanitary napkin being characterized in that the widths of said flow-guide sections of each of said flow-guide members gradually decrease in a bottom-to-top direction when said flow-guide sections are in the folded position. said main pad body including a lower pad layer, an absorbent body disposed on said lower pad layer, and an upper pad layer cooperating with said lower pad layer to confine therebetween said absorbent body; and said flow-guide unit including two flow-guide members and a pull piece, each of said flow-guide members having top and bottom ends, said bottom ends of said flow-guide members being connected to a top surface of said absorbent body and being spaced apart from each other, each of said flow-guide members including a plurality of flow-guide sections which are stacked in a top-bottom direction and which are foldably connected to each other, a plurality of inner junction sections each formed between inner ends of two adjacent ones of the flow-guide sections, and a plurality of outer junction sections each formed between outer ends of two adjacent ones of the flow-guide sections, said pull piece being connected to said top ends of said flow-guide members, and being pulled to move said flow-guide sections relative to said absorbent body from a folded position, in which said flow-guide sections of each of said flow-guide members are stacked one upon the other, to an extended position, in which said outer junction sections of each of said flow-guide members are spaced apart from each other, the sanitary napkin being characterized in that the widths of said flow-guide sections of each of said flow-guide members gradually decrease in a bottom-to-top direction when said flow-guide sections are in the folded position.
Use of a granule comprising: a core which comprises a phytase: and a salt coating in which the salt consists of Na 2 SO 4 and which is applied in the form of a solution; wherein the granule does not comprise a wax coating, for the manufacture of a steam treated pelletized feed composition.
A method comprising: a) providing a Tele folded camera that includes an optical path folding element (OPFE) and an image sensor; b) tilting the OPFE by a rotation angle in one or more directions to direct the Tele folded camera towards a point of view; c) capturing a Tele image from the POV, the Tele image having a POV aberration; and d) digitally correcting the Tele image having a POV aberration by applying to the Tele image having a POV aberration a geometric transformation related to the rotation angle of the OPFE to obtain a respective aberration-corrected image, and cropping and scaling the aberration-corrected image to obtain a respective aberration-corrected, cropped and scaled output image that has an output image center, an output image size and an output image width/height ratio. a) providing a Tele folded camera that includes an optical path folding element (OPFE) and an image sensor; b) tilting the OPFE by a rotation angle in one or more directions to direct the Tele folded camera towards a point of view; c) capturing a Tele image from the POV, the Tele image having a POV aberration; and d) digitally correcting the Tele image having a POV aberration by applying to the Tele image having a POV aberration a geometric transformation related to the rotation angle of the OPFE to obtain a respective aberration-corrected image, and cropping and scaling the aberration-corrected image to obtain a respective aberration-corrected, cropped and scaled output image that has an output image center, an output image size and an output image width/height ratio.
A sheet to form a protective film for chips comprising a release sheet and a protective film forming layer formed on a detachable surface of the release sheet, wherein said protective film forming layer comprises a thermosetting or energy ray-curable component and a binder polymer component and is colored, wherein said thermosetting or energy ray-curable component is a thermosetting component alone; characterized in that the binder polymer component is composed of an acrylic polymer; and wherein said thermosetting component is incorporated in the protective film forming layer at 100 to 1500 parts by weight per 100 parts by weight of the binder polymer component.
A process for conjugating a bacterial saccharide comprising the steps of a) reacting the bacterial saccharide with 0.001-0.7 molar equivalents of periodate to form an activated bacterial saccharide; b) mixing the activated bacterial saccharide with a carrier protein; c) reacting the activated bacterial saccharide and the carrier protein with a reducing agent to form a conjugate; or a) reacting the bacterial saccharide with 0.001-0.7 molar equivalents of periodate to form an activated bacterial saccharide; b) mixing the activated bacterial saccharide with a linker; c') reacting the activated bacterial saccharide with the linker using a reducing agent to form a bacterial saccharide-linker; d) reacting the bacterial saccharide-linker with a carrier protein to form a conjugate; wherein step a) occurs in a buffer which does not contain an amine group, and the buffer has a concentration between 1-100mM and wherein the bacterial saccharide is S.pneumoniae capsular saccharide 6B. a) reacting the bacterial saccharide with 0.001-0.7 molar equivalents of periodate to form an activated bacterial saccharide; b) mixing the activated bacterial saccharide with a carrier protein; c) reacting the activated bacterial saccharide and the carrier protein with a reducing agent to form a conjugate; or a) reacting the bacterial saccharide with 0.001-0.7 molar equivalents of periodate to form an activated bacterial saccharide; b) mixing the activated bacterial saccharide with a linker; c') reacting the activated bacterial saccharide with the linker using a reducing agent to form a bacterial saccharide-linker; d) reacting the bacterial saccharide-linker with a carrier protein to form a conjugate;
Guide device for the displaceable mounting of an object on a further object, the guide device comprising: - at least two guide rails which are movable relative to one another by means of a roller body arrangement, the roller body arrangement comprising a plurality of roller bodies which are positioned relative to one another by means of a roller body cage and are rotatably held between the at least two guide rails; - a movement device for influencing a movement of the at least two guide rails relative to one another, the movement device comprising a movement unit which is designed as a damping unit and/or as a drive unit and is integrated into a rail back of a guide rail, characterized in that the roller body cage has a recess, so that lateral portions of the roller body cage provided with the roller bodies engage around the damping unit and/or the drive unit. - at least two guide rails which are movable relative to one another by means of a roller body arrangement, the roller body arrangement comprising a plurality of roller bodies which are positioned relative to one another by means of a roller body cage and are rotatably held between the at least two guide rails; - a movement device for influencing a movement of the at least two guide rails relative to one another,
A class D power amplifier, comprising: a class D driver circuit having a plurality of output transistors (M10, Mil); at least one active clamp circuit (304, 306) coupled to at least one output transistor of the plurality of output transistors; and at least one filter bank circuit coupled to the at least one active clamp circuit for controlling a voltage of the at least one output transistor, wherein the at least one active clamp circuit comprises at least one clamping transistor; wherein the at least one filter bank circuit comprises a first capacitor having a first node and a second node, and a second capacitor having a first node and a second node, wherein the first node of the first capacitor is coupled to a supply voltage of the class D driver circuit, the second node of the first capacitor and the first node of the second capacitor are coupled to each other and to a gate node of the at least one clamping transistor, and the second node of the second capacitor is coupled to a ground node. a class D driver circuit having a plurality of output transistors (M10, Mil); at least one active clamp circuit (304, 306) coupled to at least one output transistor of the plurality of output transistors; and at least one filter bank circuit coupled to the at least one active clamp circuit for controlling a voltage of the at least one output transistor, wherein the at least one active clamp circuit comprises at least one clamping transistor; wherein the at least one filter bank circuit comprises a first capacitor having a first node and a second node, and a second capacitor having a first node and a second node, wherein the first node of the first capacitor is coupled to a supply voltage of the class D driver circuit, the second node of the first capacitor and the first node of the second capacitor are coupled to each other and to a gate node of the at least one clamping transistor, and the second node of the second capacitor is coupled to a ground node.
A method of producing a multilayered printed indicia or stencil, comprising the steps of: providing a release coating on a substrate; optionally providing a printing ink layer onto said release coating; providing a coating of a curable composition comprising a polymer powder, at least one plasticizer, and at least one monomer and/or oligomer, onto the substrate or a thereon previously applied layer or coating; heating the curable coating composition to a temperature of 70-120°C, preferably 70-110°C, preferably 75-100°C, more preferably 80-90°C, to provide a gelled curable coating; optionally providing a printing ink layer onto said gelled polymer coating, providing a coating of another curable composition comprising a polymer powder, at least one plasticizer, and at least one monomer and/or oligomer, onto the previously applied layer or coating; heating the other curable coating composition to a temperature of 70-120°C, preferably 70-110°C, preferably 75-100°C, more preferably 80-90°C, to provide second gelled curable coating; before crosslinking is performed, the multilayer-coated substrate formed is heated to a temperature of 130-160°C, preferably 140-160°C; and crosslinking the heated multilayer-coated substrate, by irradiation and/or subjection to heat at a temperature of 165-190°C, preferably 170-180°C; wherein optionally a pressure sensitive adhesive composition coating is provided to the release coating on the substrate before further coatings are applied, or is provided to the gelled polymer coating which was last formed, if more than one is present. providing a release coating on a substrate; optionally providing a printing ink layer onto said release coating; providing a coating of a curable composition comprising a polymer powder, at least one plasticizer, and at least one monomer and/or oligomer, onto the substrate or a thereon previously applied layer or coating; heating the curable coating composition to a temperature of 70-120°C, preferably 70-110°C, preferably 75-100°C, more preferably 80-90°C, to provide a gelled curable coating; optionally providing a printing ink layer onto said gelled polymer coating, providing a coating of another curable composition comprising a polymer powder, at least one plasticizer, and at least one monomer and/or oligomer, onto the previously applied layer or coating; heating the other curable coating composition to a temperature of 70-120°C, preferably 70-110°C, preferably 75-100°C, more preferably 80-90°C, to provide second gelled curable coating; before crosslinking is performed, the multilayer-coated substrate formed is heated to a temperature of 130-160°C, preferably 140-160°C; and crosslinking the heated multilayer-coated substrate, by irradiation and/or subjection to heat at a temperature of 165-190°C, preferably 170-180°C; wherein optionally a pressure sensitive adhesive composition coating is provided to the release coating on the substrate before further coatings are applied, or is provided to the gelled polymer coating which was last formed, if more than one is present.
A hybrid automatic repeat request, HARQ, acknowledgement/negative acknowledgement, ACK/NACK, transmission method of a terminal in a carrier aggregated system, the method comprising: receiving scheduling information for a second cell (404; 702, 703, 704) in a first cell (401; 701); receiving data on a Physical Downlink Shared Channel, PDSCH, in the second cell according to the scheduling information; identifying a first Time Division Duplex, TDD, Up-Link/Down-Link, UL/DL, configuration corresponding to the first cell and a second TDD UL/DL configuration corresponding to the second cell; and transmitting, in the first cell, a first message including HARQ ACK/NACK information associated with the received data using an uplink subframe of TDD UL/DL configuration #3 when the first TDD UL/DL configuration corresponding to the first cell is identified as TDD UL/DL configuration #3 and the second TDD UL/DL configuration corresponding to the second cell is identified as TDD UL/DL configuration #4; wherein the uplink subframe in which the first message is transmitted is identified in accordance to the received PDSCH, as being the first uplink subframe after a predetermined number of subframes since the PDSCH transmission in the first cell. receiving scheduling information for a second cell (404; 702, 703, 704) in a first cell (401; 701); receiving data on a Physical Downlink Shared Channel, PDSCH, in the second cell according to the scheduling information; identifying a first Time Division Duplex, TDD, Up-Link/Down-Link, UL/DL, configuration corresponding to the first cell and a second TDD UL/DL configuration corresponding to the second cell; and transmitting, in the first cell, a first message including HARQ ACK/NACK information associated with the received data using an uplink subframe of TDD UL/DL configuration #3 when the first TDD UL/DL configuration corresponding to the first cell is identified as TDD UL/DL configuration #3 and the second TDD UL/DL configuration corresponding to the second cell is identified as TDD UL/DL configuration #4; wherein the uplink subframe in which the first message is transmitted is identified in accordance to the received PDSCH, as being the first uplink subframe after a predetermined number of subframes since the PDSCH transmission in the first cell.
Device for rolling up a dough piece on a separator sheet, comprising - a receptacle for receiving the dough sheet - a rolling chamber for receiving a flat separator sheet with a dough piece on top, and configured for rolling up the separator sheet and the dough piece, wherein the chamber comprises: - a controllable release opening for controlled transfer of the rolled up sheet with the dough piece to a receptacle, characterized by: - at least one sensor for determining directly or indirectly a closure position and/or end of the separator sheet and providing a signal representing said position, - a controller for controlling the controllable release opening based on the signal from the sensor; and - the receptacle for receiving the dough sheet being configured for holding the dough piece in a predetermined position.
A non-skid container (1, 200, 100, 300, 440, 500), comprising: a base portion including a flat portion and a plurality of studs, wherein each of the plurality of studs includes a reinforcement rib and a longitudinal axis of the studs that is vertical and perpendicular to a surface containing the non-skid container; an outer bowl with a tapered cylindrical shape including a sidewall, a plurality of posts, a top opening including a support surface in the area of the top opening, the support surface comprising of a top area and a bottom area, a bottom opening and a recess, wherein the posts are configured to be coupled to the studs, thereby coupling the outer bowl to the base portion and the bottom area of the support surface providing an area from which the posts extend, the base portion constructed with any material that resists lateral movement of the non-skid container (1, 200, 100, 300, 440, 500) when in contact with a surface, wherein, when a force is applied to the non-skid container (1, 200, 100, 300, 440, 500), the studs flex or bend; an inner bowl configured to be coupled to the outer bowl by inserting the inner bowl into the recess of the outer bowl; and a ring configured to be coupled to the support surface of the outer bowl, wherein the top area of the surface support provides an area to support the ring, wherein a lip of the inner bowl is coupled to the outer bowl by being placed over the ring. a base portion including a flat portion and a plurality of studs, wherein each of the plurality of studs includes a reinforcement rib and a longitudinal axis of the studs that is vertical and perpendicular to a surface containing the non-skid container; an outer bowl with a tapered cylindrical shape including a sidewall, a plurality of posts, a top opening including a support surface in the area of the top opening, the support surface comprising of a top area and a bottom area, a bottom opening and a recess, wherein the posts are configured to be coupled to the studs, thereby coupling the outer bowl to the base portion and the bottom area of the support surface providing an area from which the posts extend, the base portion constructed with any material that resists lateral movement of the non-skid container (1, 200, 100, 300, 440, 500) when in contact with a surface, wherein, when a force is applied to the non-skid container (1, 200, 100, 300, 440, 500), the studs flex or bend; an inner bowl configured to be coupled to the outer bowl by inserting the inner bowl into the recess of the outer bowl; and a ring configured to be coupled to the support surface of the outer bowl, wherein the top area of the surface support provides an area to support the ring, wherein a lip of the inner bowl is coupled to the outer bowl by being placed over the ring.
Method for producing a stator for an electric machine, the method comprising: - providing a stator with a plurality of rod-shaped conductors (16a, 16b) plugged through a stator stack in an axial direction, wherein conductor ends (18a, 18b) of the conductors (16a, 16b) protrude from the stator stack at a front side of the stator stack, wherein the conductor ends (18a, 18b) of a first conductor and of a second conductor are arranged in parallel, - laser welding at least the first conductor and the second conductor so that a bridge is formed as an electrical connection between the first conductor and the second conductor; wherein the first conductor and the second conductor are spaced apart from one another by more than 0.2 mm and less than 2 mm in the region of the bridge, - wherein the laser is moved during laser welding so that first the first conductor and then the second conductor are irradiated by the laser beam, - tilting the stator in such a way that the conductor ends (18a, 18b) of the first conductor and of the second conductor are arranged obliquely with respect to a welding direction before the laser welding in terms of time, with the result that material of the first conductor liquefied by a laser beam flows in the direction of the second conductor in order to form the bridge and to prevent the laser beam from penetrating into a gap between the first conductor and the second conductor. - providing a stator with a plurality of rod-shaped conductors (16a, 16b) plugged through a stator stack in an axial direction, wherein conductor ends (18a, 18b) of the conductors (16a, 16b) protrude from the stator stack at a front side of the stator stack, wherein the conductor ends (18a, 18b) of a first conductor and of a second conductor are arranged in parallel, - laser welding at least the first conductor and the second conductor so that a bridge is formed as an electrical connection between the first conductor and the second conductor; wherein the first conductor and the second conductor are spaced apart from one another by more than 0.2 mm and less than 2 mm in the region of the bridge, - wherein the laser is moved during laser welding so that first the first conductor and then the second conductor are irradiated by the laser beam, - tilting the stator in such a way that the conductor ends (18a, 18b) of the first conductor and of the second conductor are arranged obliquely with respect to a welding direction before the laser welding in terms of time, with the result that material of the first conductor liquefied by a laser beam flows in the direction of the second conductor in order to form the bridge and to prevent the laser beam from penetrating into a gap between the first conductor and the second conductor.