mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for a neuromodulation system (210, 520, 624), comprising: means for producing multi-phasic fields (2106, 2206) at a neuromodulation site using an electrode arrangement (211, 311-1 to 311-N, 511, 631, E1 to E16, 1144, 2302, 2304A-2304C); and means for coordinating production of the multi-phasic fields, wherein the multi-phasic fields include: a first phase (2002, 2102, 2202) to be directed at a target region of the neuromodulation site, such that a first-polarity electrical charge is configured to be injected to the target region; and a second phase (2004, 2104, 2204, 2204A-2204C) to be directed at portion of the neuromodulation site other than the target region, such that a second-polarity electrical charge opposite the first-polarity electrical charge is configured to be injected to those portions of the neuromodulation site, the second-polarity electrical charge during the second phase configured to essentially neutralize the first-polarity electrical charge injected at the neuromodulation site, and to maintain at least a portion of the first-polarity electrical charge at the target region. means for producing multi-phasic fields (2106, 2206) at a neuromodulation site using an electrode arrangement (211, 311-1 to 311-N, 511, 631, E1 to E16, 1144, 2302, 2304A-2304C); and means for coordinating production of the multi-phasic fields, wherein the multi-phasic fields include: a first phase (2002, 2102, 2202) to be directed at a target region of the neuromodulation site, such that a first-polarity electrical charge is configured to be injected to the target region; and a second phase (2004, 2104, 2204, 2204A-2204C) to be directed at portion of the neuromodulation site other than the target region, such that a second-polarity electrical charge opposite the first-polarity electrical charge is configured to be injected to those portions of the neuromodulation site, the second-polarity electrical charge during the second phase configured to essentially neutralize the first-polarity electrical charge injected at the neuromodulation site, and to maintain at least a portion of the first-polarity electrical charge at the target region. a first phase (2002, 2102, 2202) to be directed at a target region of the neuromodulation site, such that a first-polarity electrical charge is configured to be injected to the target region; and a second phase (2004, 2104, 2204, 2204A-2204C) to be directed at portion of the neuromodulation site other than the target region, such that a second-polarity electrical charge opposite the first-polarity electrical charge is configured to be injected to those portions of the neuromodulation site, the second-polarity electrical charge during the second phase configured to essentially neutralize the first-polarity electrical charge injected at the neuromodulation site, and to maintain at least a portion of the first-polarity electrical charge at the target region.
A transmission device that has - an output stage (12, 14, 16; 52, 54, 60) designed as a planetary stage (12, 14, 16; 52, 54, 60) and - an output hub (10; 50); characterised in that the output hub (10; 50) is rotatably mounted on a fixed planetary carrier (12; 52) of the output stage (12, 14, 16; 52, 54, 60) by means of at least one output hub bearing (22; 62), wherein the planetary carrier (12; 52), in a section in which the at least one output hub bearing (22; 62) is supported against the planetary carrier (12; 52), is designed as a hollow axle whose internal diameter tapers conically in the direction of the output stage (12, 14, 16; 52, 54, 60). - an output stage (12, 14, 16; 52, 54, 60) designed as a planetary stage (12, 14, 16; 52, 54, 60) and - an output hub (10; 50);
Astringent retraction paste for professional dental use, comprising a.) chitosan and/or chitosan derivatives, b.) tartaric acid, c.) solvent and d.) filler. a.) chitosan and/or chitosan derivatives, b.) tartaric acid, c.) solvent and d.) filler.
Method for operating a combustion machine having an internal combustion engine and having an exhaust tract, wherein, proceeding from the internal combustion engine, a (first) lambda probe, then a first three-way catalytic converter and then a second three-way catalytic converter are integrated into the exhaust tract, and wherein an NH 3 sensor is integrated into the exhaust tract between the first three-way catalytic converter and the second three-way catalytic converter, characterized in that the internal combustion engine is alternately operated rich and operated lean, wherein a switch from rich operation to lean operation takes place if a presence, able to be ascertained in principle, of ammonia in the exhaust gas is ascertained by means of the NH 3 sensor.
A pole piece for a transmission electron microscope, the pole piece comprising: an upper pole piece, containing a first pathway for an electron beam, a lower pole piece which is coupled to the upper pole piece and which contains a second pathway operatively connected to the first pathway, the upper pole piece and lower pole piece being separated by a gap between the first pathway and the second pathway, wherein the pole piece comprises a mechanism which can extend or reduce the distance between the upper pole piece and the lower pole piece by changing the distance between the first pathway and the second pathway, wherein, the mechanism comprises a spacer which couples the outer part of the upper pole piece to the lower pole piece; an anulus rotatably mounted in a substantially circular channel between the outer part and the inner part of the upper pole piece and connected to an actuator wherein rotation of the annulus causes the actuator to move the inner part to extend or reduce the distance between the upper pole piece and the lower pole piece, wherein a drive mechanism is used to rotate the annulus, characterized by the drive mechanism comprising a set of gear teeth mounted on the outer circumference of the annulus which are operatively connected to one or more cog which couples the annulus to a drive shaft. an upper pole piece, containing a first pathway for an electron beam, a lower pole piece which is coupled to the upper pole piece and which contains a second pathway operatively connected to the first pathway, the upper pole piece and lower pole piece being separated by a gap between the first pathway and the second pathway, wherein the pole piece comprises a mechanism which can extend or reduce the distance between the upper pole piece and the lower pole piece by changing the distance between the first pathway and the second pathway, wherein, the mechanism comprises a spacer which couples the outer part of the upper pole piece to the lower pole piece; an anulus rotatably mounted in a substantially circular channel between the outer part and the inner part of the upper pole piece and connected to an actuator wherein rotation of the annulus causes the actuator to move the inner part to extend or reduce the distance between the upper pole piece and the lower pole piece, wherein a drive mechanism is used to rotate the annulus, characterized by the drive mechanism comprising a set of gear teeth mounted on the outer circumference of the annulus which are operatively connected to one or more cog which couples the annulus to a drive shaft.
A method of drying a wet skin disposed on an outer surface of a cellular ceramic ware having first and second ends (12, 14), a radius and a dry interior web, comprising: generating an airstream; and directing the airstream through the first end of the cellular ceramic ware only through an annular portion of the interior web that is adjacent the outer surface to cause moisture in the wet skin to migrate inwardly toward the interior web and to be removed from the annular portion of the interior web when the airstream exits the second end. generating an airstream; and directing the airstream through the first end of the cellular ceramic ware only through an annular portion of the interior web that is adjacent the outer surface to cause moisture in the wet skin to migrate inwardly toward the interior web and to be removed from the annular portion of the interior web when the airstream exits the second end.
Quick-action fastening element for fastening a rail of a pullout guide on a horizontal rod of a latticed side part, in particular for ovens, wherein the rod has an end section bent over at an angle to a longitudinal direction and the quick-action fastening element has a first clamp, which at least partially encompasses a section of the rod arranged in the longitudinal direction, and a second clamp, which at least partially encompasses the bent-over end section, wherein a latching element is provided, which engages behind the rod and prevents the quick-action fastening element from being withdrawn in a direction parallel to the bent-over end section, characterized in that the latching element is implemented as a bend-proof protrusion, which is integrally formed with the first or second clamp (71, 76) on a strip-shaped section and both sides of the strip-shaped section are connected to the clamp (71, 76).
Method for producing at least one chip groove and at least one cutting edge on a blank, with the following steps: - provision of the blank, - generation of laser beam impulses, and characterised by the steps: - directing of the laser beam impulses by means of a deflection device onto predefined and mutually spaced impingement points along a predefined pulse track within a predefined pulse surface on the blank, - performance of a relative movement between the blank and the pulse surface by means of a positioning device in order to produce the at least one chip groove and the at least one cutting edge on the blank, wherein material is removed in layers in several removal layers determined by the pulse surface, - wherein firstly the at least one chip groove is produced in the blank before the at least one cutting edge is produced on an outside of the blank, and wherein an intensity of the laser beam impulses for producing the at least one cutting edge is lower than for producing the at least one chip groove. - provision of the blank, - generation of laser beam impulses, - directing of the laser beam impulses by means of a deflection device onto predefined and mutually spaced impingement points along a predefined pulse track within a predefined pulse surface on the blank, - performance of a relative movement between the blank and the pulse surface by means of a positioning device in order to produce the at least one chip groove and the at least one cutting edge on the blank, wherein material is removed in layers in several removal layers determined by the pulse surface, - wherein firstly the at least one chip groove is produced in the blank before the at least one cutting edge is produced on an outside of the blank, and wherein an intensity of the laser beam impulses for producing the at least one cutting edge is lower than for producing the at least one chip groove.
Method for testing peel strength and leak tightness of a package including a peel seal, comprising the steps of: - providing a receptacle and a lid for closing the receptacle, the lid and receptacle enclosing a chamber for holding the package, - placing the package inside the chamber, - modifying the chamber to have a first volume that is larger than an outer shape of the package, - reducing a gas pressure inside the chamber to a first pressure level, - determining whether the peel strength of the peel seal is sufficient to withstand the first pressure level, - modifying the chamber to have a second volume that is complementary to the outer shape of the package, - while securing the peel seal of the package, reducing a gas pressure inside the chamber to a different, second pressure level, and determining the gas pressure inside the chamber, and - determining the leak tightness of the package on the basis of the determined gas pressure inside the chamber. - providing a receptacle and a lid for closing the receptacle, the lid and receptacle enclosing a chamber for holding the package, - placing the package inside the chamber, - modifying the chamber to have a first volume that is larger than an outer shape of the package, - reducing a gas pressure inside the chamber to a first pressure level, - determining whether the peel strength of the peel seal is sufficient to withstand the first pressure level, - modifying the chamber to have a second volume that is complementary to the outer shape of the package, - while securing the peel seal of the package, reducing a gas pressure inside the chamber to a different, second pressure level, and determining the gas pressure inside the chamber, and - determining the leak tightness of the package on the basis of the determined gas pressure inside the chamber.
A sealing gland for passing cables in a sealed fashion through a casing, wherein the sealing gland includes a frame and, within the space delimited by the frame, an outer sealing element delimited by a circular first seam for detaching the outer sealing element from the frame, the outer sealing element being substantially circular and being made of elastic material, characterized in that within the space enclosed by the frame are two or more sealing elements (31, 32, 33, 34, 35, 36), the outer sealing element enclosing at least one inner sealing element (32, 33, 34, 35, 36) delimited by a circular inner seam (42, 43, 44, 45, 46) for detaching the inner sealing element (32, 33, 34, 35, 36), the inner sealing element (32, 33, 34, 35, 36) being substantially circular and being made of elastic material; wherein at least one of the sealing elements is connected to a protrusion (51, 52, 53, 54, 55, 56) for providing a gripping surface for detaching the sealing element (31, 32, 33, 34, 35, 36); wherein the elastic material has Shore hardness of 40-70 ShA and the thickness of the seams (41, 42, 43, 44, 45, 46) is gradually decreased starting from the first seam; so that the sealing gland allows forming lead-throughs with no additional tools.
A pneumatic tire having a tread part partitioned by four main grooves (14, 16, 18, 20) extending in a tire circumferential direction, the tire comprising: a center land part; an outer intermediate land part adjoining a vehicle installation outer side of the center land part; an inner intermediate land part adjoining a vehicle installation inner side of the center land part; an outer shoulder land part adjoining the vehicle installation outer side of the outer intermediate land part; and an inner shoulder land part adjoining the vehicle installation inner side of the inner intermediate land part, wherein a center lug groove having both ends respectively communicating with main grooves (14, 16, 18, 20) and having a smaller width on the vehicle installation outer side than on the vehicle installation inner side is formed in the center land part, the outer intermediate land part has a width larger than a width of the inner intermediate land part, the outer shoulder land part has a width larger than a width of the inner shoulder land part, a center sipe is formed in the center land part, an outer intermediate sipe is formed in the outer intermediate land part, an inner intermediate sipe is formed in the inner intermediate land part, and a sipe angle of the outer intermediate sipe is larger than a sipe angle of the center sipe and the inner intermediate sipe, where the sipe angle is an angle of straight line, which connects both tire transversal ends of a sipe, to the tire circumferential direction. a center land part; an outer intermediate land part adjoining a vehicle installation outer side of the center land part; an inner intermediate land part adjoining a vehicle installation inner side of the center land part; an outer shoulder land part adjoining the vehicle installation outer side of the outer intermediate land part; and an inner shoulder land part adjoining the vehicle installation inner side of the inner intermediate land part, wherein a center lug groove having both ends respectively communicating with main grooves (14, 16, 18, 20) and having a smaller width on the vehicle installation outer side than on the vehicle installation inner side is formed in the center land part, the outer intermediate land part has a width larger than a width of the inner intermediate land part, the outer shoulder land part has a width larger than a width of the inner shoulder land part, a center sipe is formed in the center land part, an outer intermediate sipe is formed in the outer intermediate land part, an inner intermediate sipe is formed in the inner intermediate land part, and a sipe angle of the outer intermediate sipe is larger than a sipe angle of the center sipe and the inner intermediate sipe, where the sipe angle is an angle of straight line, which connects both tire transversal ends of a sipe, to the tire circumferential direction.
A method comprising: determining, by the user device, a key stored in a secure element of the user device; the method being characterized by: determining, by a user device, data including an electronic identifier associated with the user; digitally signing, by the user device, data to sign which is based on said data using the key; determining, by the user device, a cryptogram; and providing, by the user device, the signed data and the cryptogram to a reader device, wherein the reader device sends a request to include the signed data in an electronic ledger upon verifying the cryptogram, wherein determining the cryptogram comprises: determining, by the user device, a session key based on at least an intermediary key and a counter value; and encrypting, by the user device, the data to sign using the session key. determining, by the user device, a key stored in a secure element of the user device; the method being characterized by: determining, by a user device, data including an electronic identifier associated with the user; digitally signing, by the user device, data to sign which is based on said data using the key; determining, by the user device, a cryptogram; and providing, by the user device, the signed data and the cryptogram to a reader device, wherein the reader device sends a request to include the signed data in an electronic ledger upon verifying the cryptogram, determining, by a user device, data including an electronic identifier associated with the user; digitally signing, by the user device, data to sign which is based on said data using the key; determining, by the user device, a cryptogram; and providing, by the user device, the signed data and the cryptogram to a reader device, wherein the reader device sends a request to include the signed data in an electronic ledger upon verifying the cryptogram, wherein determining the cryptogram comprises: determining, by the user device, a session key based on at least an intermediary key and a counter value; and encrypting, by the user device, the data to sign using the session key. determining, by the user device, a session key based on at least an intermediary key and a counter value; and encrypting, by the user device, the data to sign using the session key.
A signal processing apparatus, comprising - a signal input section through which in operation at least one audio signal (S41-S4n) is provided, - a sound mode setting section for setting a preset sound mode (P1-P3) from a plurality of preset sound modes (P1-P3) retained in the signal processing apparatus, - a signal output section which is configured to output at least one output signal (OS1-OSn) to at least one loudspeaker in accordance with the preset sound mode set by the sound mode setting section, - a sound volume setting section which is coupled with the sound mode setting section and configured to control a volume of the at least one output signal (OS1-OSn), - wherein the sound volume setting section is configured to control the volume of the at least one output signal (OS1-Osn) to perform a first volume level change of the at least one output signal from a first level to a second level and a second volume level change of the at least one output signal from the second level back to the first level, wherein the first volume level change is steeper than the second volume level change, when the sound mode setting section performs a change in setting from one of the plurality of preset sound modes to another one of the plurality of preset sound modes. - a signal input section through which in operation at least one audio signal (S41-S4n) is provided, - a sound mode setting section for setting a preset sound mode (P1-P3) from a plurality of preset sound modes (P1-P3) retained in the signal processing apparatus, - a signal output section which is configured to output at least one output signal (OS1-OSn) to at least one loudspeaker in accordance with the preset sound mode set by the sound mode setting section, - a sound volume setting section which is coupled with the sound mode setting section and configured to control a volume of the at least one output signal (OS1-OSn), - wherein the sound volume setting section is configured to control the volume of the at least one output signal (OS1-Osn) to perform a first volume level change of the at least one output signal from a first level to a second level and a second volume level change of the at least one output signal from the second level back to the first level, wherein the first volume level change is steeper than the second volume level change, when the sound mode setting section performs a change in setting from one of the plurality of preset sound modes to another one of the plurality of preset sound modes.
A cooling apparatus configured to cool liquid held by a container positioned in the cooling apparatus to a refrigerated temperature, the cooling apparatus comprising a case configured to receive the container holding the liquid; an agitating member that is positioned within the case and that is configured to agitate the container holding the liquid; and a driving assembly configured to generate a driving force that causes the agitating member to agitate the container holding the liquid, the driving assembly comprising: a motor configured to generate a rotation force and having a rotation shaft; and a power transmission unit that connects to the motor, that connects to the agitating member, and that is configured to move the agitating member based on the rotation force generated by the motor, wherein the power transmission unit includes: a rotation member connected to the rotation shaft; said cooling apparatus being characterized by a connecting rod having one end connected to an eccentric position from a rotation center of the rotation member and the other end connected to the agitating member at an eccentric position from a rotation center of the agitating member, to cause a swinging motion of the agitating member. a motor configured to generate a rotation force and having a rotation shaft; and a power transmission unit that connects to the motor, that connects to the agitating member, and that is configured to move the agitating member based on the rotation force generated by the motor, a rotation member connected to the rotation shaft; said cooling apparatus being characterized by a connecting rod having one end connected to an eccentric position from a rotation center of the rotation member and the other end connected to the agitating member at an eccentric position from a rotation center of the agitating member, to cause a swinging motion of the agitating member.