mhurhangee/patent-ind-claim-en huggingface dataset:
Profile strand of soft plastic and/or rubber material for use as a sealing profile, edge protection profile or the like on a motor vehicle, having a joint (V) at which two end-face cut ends (7', 7") are connected to one another, a metallic marker being provided in the region of the joint (V), characterized in that the adhesive layer of an adhesive strip for at least supportingly fixing the profile strand to the motor vehicle extends over the joint (V), the cut ends (7', 7") being joined by means of a joining compound and the metallic marker being positioned between the end-face cut ends (7', 7"), the joining compound having a thickness of less than 1 mm in the joint (V) produced and/or being formed by a joining foil.
Handle device for a hand-held power tool , which has an operating-mode switchover device and a drive device for driving an application tool in different operating modes, having at least one spring element and having a handle unit which is attached to a machine housing so as to be movable at least to a limited extent and is vibrationally decoupled at least partially from the machine housing via the at least one spring element and comprises a switch actuator for setting the drive device in operation, wherein the switch actuator can be switched both in a monostable and in a bistable manner between two switching positions, and having an intermediate plate which is provided in the machine housing and which accommodates at least the spring element on one side, and having a control means via which the switch actuator cooperates with the operating-mode switchover device such that it is not possible to switch the switch actuator in a bistable manner in particular operating modes, characterized in that the control means is in the form of a tensile strip manufactured from plastic.
, A flavoring agent as a compound represented by Formula 1 below: (In Formula 1 above, n is an integer of 1 or 2, R is a straight-chain or branched-chain alkyl group having 1 to 30 carbon atoms, a moiety A' is a moiety derived from a flavoring compound having at least one of an aromatic ring, an aliphatic ring, and an aliphatic chain having a hydroxyl group (-OH), wherein the hydroxyl group participates in a carbonate linkage and the moiety A' corresponds to a flavoring compound excluding the hydroxyl group participating in the carbonate linkage, and a moiety G' is a moiety derived from a sugar compound, wherein at least one of hydroxyl groups (-OH) linked to a ring of the sugar compound participates in an ester linkage G' corresponds to a sugar compound excluding the hydroxyl group participating in the ester linkage, and m is the number of linked to the moiety G' by the ester linkage, and an integer of 1 to 8.). n is an integer of 1 or 2, R is a straight-chain or branched-chain alkyl group having 1 to 30 carbon atoms, a moiety A' is a moiety derived from a flavoring compound having at least one of an aromatic ring, an aliphatic ring, and an aliphatic chain having a hydroxyl group (-OH), wherein the hydroxyl group participates in a carbonate linkage and the moiety A' corresponds to a flavoring compound excluding the hydroxyl group participating in the carbonate linkage, and a moiety G' is a moiety derived from a sugar compound, wherein at least one of hydroxyl groups (-OH) linked to a ring of the sugar compound participates in an ester linkage G' corresponds to a sugar compound excluding the hydroxyl group participating in the ester linkage, and m is the number of linked to the moiety G' by the ester linkage, and an integer of 1 to 8.).
An ultrasonic vibration unit which has a converter for converting an electric ac voltage into a mechanical ultrasonic vibration and a sonotrode which is vibrationally coupled to the converter , wherein the sonotrode and the converter are matched to each other in such a way that the ultrasonic vibration unit can vibrate with a natural frequency f, in which a standing longitudinal wave with at least one vibration node and at least two vibration anti-nodes is formed within the ultrasonic vibration unit, characterised in that there is provided a damped vibration absorber unit connected to the ultrasonic vibration unit by way of a coupling element , wherein the coupling element is connected at a vibration node to the ultrasonic vibration unit, wherein the vibration absorber unit is connected to a damping element which is so designed that it damps a vibration of the vibration absorber unit .
A rocker arm braking device for doors and sliding doors of furniture comprising a carriage , sliding on wheels or bearings along a guide of the device and fixed to the top edge of a sliding door or to the top of the inner side of a sliding door of a cabinet or wardrobe ; a shaped support , having a substantially rectangular cross-section, constrained by dowel screws to said guide , which has a housing and stabilization seat of a cushioning means of the device on one side laterally to which a cam is made on the same shaped support , characterised in that the braking device comprises a pair of matching shaped arms , basically "C" shaped, provided with a respective hole at the opposite ends for inserting connection pins which simultaneously stabilize between said arms two needle rollers to form a pivoting rocker arm associated with the carriage so they move together along the guide , said needle rollers being guided by the cam during the movement of the carriage along the guide .
A superstructure , having an opening extending along a central longitudinal axis of the superstructure and having an interface for fixing the superstructure to a dental implant , wherein the interface comprises an extension that is arranged on a lower side of the superstructure , surrounds the opening and has a lateral surface which forms an outer side of the extension , and wherein the lateral surface is interrupted by a recess which leads into the opening , wherein the recess has two mutually opposite side flanks which, in a cross section oriented orthogonally with respect to the longitudinal axis , are at a first distance (d 1 ) from each other in a first region and, in a second region which is at a greater distance from the longitudinal axis than the first region , are at a second distance (d 2 ) from each other that is smaller than the first distance (d 1 ), characterized in that each of the two mutually opposite side flanks of the recess comprises a planar drive surface and an adjacent, concavely curved surface , wherein the planar drive surfaces are each arranged in the first region of the side flanks , and the concavely curved surfaces are each arranged in the second region of the side flanks . wherein the recess has two mutually opposite side flanks which, in a cross section oriented orthogonally with respect to the longitudinal axis , are at a first distance (d 1 ) from each other in a first region and, in a second region which is at a greater distance from the longitudinal axis than the first region , are at a second distance (d 2 ) from each other that is smaller than the first distance (d 1 ), characterized in that each of the two mutually opposite side flanks of the recess comprises a planar drive surface and an adjacent, concavely curved surface , wherein the planar drive surfaces are each arranged in the first region of the side flanks , and the concavely curved surfaces are each arranged in the second region of the side flanks .
Lamination machine for laminating a functional film onto an optical article , said lamination machine comprising: - a film support for receiving a functional film to be laminated, - an article support configured to receive and position the optical article in a predetermined orientation, and - an actuating member configured to move the film support and the article support toward each other at least along a longitudinal lamination axis (A) for laminating at a predetermined pressure the functional film received in the film support onto the optical article received within the article support , wherein said article support is a blocker support configured to receive a surfacing blocker onto which the optical article is to be disposed for lamination, said article support being further configured to transmit laminating forces induced by said predetermined pressure to the lamination machine during a lamination operation, said surfacing blocker having at least one bearing surface for the transmission of surfacing forces to a surfacing machine during a surfacing operation, wherein said article support comprises at least one supporting surface comprising protrusions and/or recesses and configured to contact said at least one bearing surface when a surfacing blocker is received in the blocker support to transmit laminating forces induced by said predetermined pressure. - a film support for receiving a functional film to be laminated, - an article support configured to receive and position the optical article in a predetermined orientation, and - an actuating member configured to move the film support and the article support toward each other at least along a longitudinal lamination axis (A) for laminating at a predetermined pressure the functional film received in the film support onto the optical article received within the article support , wherein said article support is a blocker support configured to receive a surfacing blocker onto which the optical article is to be disposed for lamination, said article support being further configured to transmit laminating forces induced by said predetermined pressure to the lamination machine during a lamination operation, said surfacing blocker having at least one bearing surface for the transmission of surfacing forces to a surfacing machine during a surfacing operation, wherein said article support comprises at least one supporting surface comprising protrusions and/or recesses and configured to contact said at least one bearing surface when a surfacing blocker is received in the blocker support to transmit laminating forces induced by said predetermined pressure.
A linker ligation method comprising ligating a linker element consisting of a linker A and a linker B to both ends of a DNA fragment to be tested, wherein the linker A is generated from the complementary pairing of a long strand of nucleic acid and a short strand of nucleic acid, wherein the long strand has a phosphate modification at the 5' end and the short strand has a blocking modification at the 3' end, and has an enzyme active site in the short strand; and the linker B is a single-stranded nucleic acid, and the 3' end thereof is complementary to the 5' end of the long strand of the linker A but the rest part is not complementary to the linker A, and wherein the linker ligation method comprises the following steps: the linker A is added to both ends of the DNA fragment to be tested by a ligation reaction; the DNA fragment ligated with the linker A is treated with a corresponding enzyme according to the enzyme active site in the short strand; and the unlinked 5' end of the DNA fragment is further phosphorylated; the linker B is added to both ends of the DNA fragment obtained in step by a ligation reaction. the linker A is added to both ends of the DNA fragment to be tested by a ligation reaction; the DNA fragment ligated with the linker A is treated with a corresponding enzyme according to the enzyme active site in the short strand; and the unlinked 5' end of the DNA fragment is further phosphorylated; the linker B is added to both ends of the DNA fragment obtained in step by a ligation reaction.
Wheel lock system including a frame and a moving lock trolley , wherein the frame has a line of evenly spaced holes along its axis, characterised in that the lock trolley is equipped with a locking arm attached to the trolley body using a pinned connection and a load-bearing roller assembly , a ratchet assembly along with the ratchet lock assembly , while the locking arm is equipped with a pin that sets the trolley location in the operating position of the lock, where the frame holes have an oval shape, or have a shape approximate to oval and the load-bearing roller assemblies are made of a flexible material.
A system for supporting a liner on a frame element , comprising: a liner having at least one core layer of a compliant and closed-cell foam material; a frame element ; at least one fastener connecting the liner to the frame element , wherein the frame element comprises a semi-rigid or rigid base frame element and the liner is configured to flexibly adapt to a shape of the frame element , the liner being substantially more flexible than the base frame element ; characterised in that the at least one fastener is configured to correspond to at least one aperture defined by the frame element , the at least one fastener is configured and dimensioned to removably secure to the frame element at the at least one aperture , the at least one fastener being compression molded into the liner and non-removably secured to the liner ; wherein the at least one fastener and frame element about the at least one aperture are arranged to create a "snap" noise or sensation when a fastener is introduced into the at least one aperture . a liner having at least one core layer of a compliant and closed-cell foam material; a frame element ; at least one fastener connecting the liner to the frame element , wherein the frame element comprises a semi-rigid or rigid base frame element and the liner is configured to flexibly adapt to a shape of the frame element , the liner being substantially more flexible than the base frame element ; characterised in that the at least one fastener is configured to correspond to at least one aperture defined by the frame element , the at least one fastener is configured and dimensioned to removably secure to the frame element at the at least one aperture , the at least one fastener being compression molded into the liner and non-removably secured to the liner ; wherein the at least one fastener and frame element about the at least one aperture are arranged to create a "snap" noise or sensation when a fastener is introduced into the at least one aperture .
Time-delay circuit for a digital signal , particularly for a clock signal, comprising: an input for the digital signal ; an oscillator for generating an internal clock signal ; at least one delay channel adding a certain delay to the digital input signal based on the internal clock signal ; and an output for a delayed digital signal , wherein the time-delay circuit comprises multiple delay channels and the digital input signal is split into parts and assigned to different delay channels , wherein each delay channel adds a certain delay to a part of the digital input signal based on the internal clock signal , and wherein the delayed digital signal is an aggregation of the delayed parts of the input signal by the multiple delay channels , wherein the time-delay circuit further comprises an edge detector for the digital input signal , wherein the edge detector assigns the rising edge of the digital input signal to a first part of the delay channels and the falling edge of the digital input signal to a second part of the delay channel . an input for the digital signal ; an oscillator for generating an internal clock signal ; at least one delay channel adding a certain delay to the digital input signal based on the internal clock signal ; and an output for a delayed digital signal , wherein the time-delay circuit comprises multiple delay channels and the digital input signal is split into parts and assigned to different delay channels , wherein each delay channel adds a certain delay to a part of the digital input signal based on the internal clock signal , and wherein the delayed digital signal is an aggregation of the delayed parts of the input signal by the multiple delay channels , wherein the time-delay circuit further comprises an edge detector for the digital input signal , wherein the edge detector assigns the rising edge of the digital input signal to a first part of the delay channels and the falling edge of the digital input signal to a second part of the delay channel .
A composition for controlling a plant disease comprising a tetrazolinone compound represented by formula : wherein X 1 represents a chlorine atom, and X 2 represents a methyl group, and a carboxamide compound represented by formula : X 1 represents a chlorine atom, and X 2 represents a methyl group, and
A pharmaceutical composition comprising cellulose obtained from algae, or a derivative of said cellulose, and an active pharmaceutical ingredient, wherein at least about 90% by weight of the active pharmaceutical ingredient is in an amorphous form, wherein the active pharmaceutical ingredient is: (i) a molecule which contains at least one aromatic ring or a polycondensed cyclic structure; (ii) a solid under ambient conditions; and (iii) a Type 2 or 4 BCS active pharmaceutical ingredient; and wherein said derivative of cellulose obtained from algae is cellulose that has been chemically modified by way of a surface limited reaction involving primary and secondary alcohols. (i) a molecule which contains at least one aromatic ring or a polycondensed cyclic structure; (ii) a solid under ambient conditions; and (iii) a Type 2 or 4 BCS active pharmaceutical ingredient;
A method performed by a base station in a wireless communication system, the method comprising: transmitting, to a terminal, downlink control information, DCI, comprising information for allocating N demodulation reference signal, DMRS, antenna ports and M phase compensation reference signal, PCRS, antenna ports for the terminal, the N and the M being different, and comprising mapping relation information between the N DMRS antenna ports and the M PCRS antenna ports, wherein a bitmap of length M included in the DCI indicates for the M PCRS antenna ports whether same precoding is applied between a PCRS antenna port and an associated at least one DMRS antenna port; identifying an association between at least one DMRS antenna port among the N DMRS antenna ports and a PCRS antenna port among the M PCRS antenna ports based on the mapping relation information included in the DCI, wherein same multiple input multiple output, MIMO, transmission scheme and same precoding are applied to the at least one DMRS antenna port and the PCRS antenna port; and transmitting, to the terminal, a DMRS based on the at least one DMRS antenna port and a PCRS based on the PCRS antenna port. transmitting, to a terminal, downlink control information, DCI, comprising information for allocating N demodulation reference signal, DMRS, antenna ports and M phase compensation reference signal, PCRS, antenna ports for the terminal, the N and the M being different, and comprising mapping relation information between the N DMRS antenna ports and the M PCRS antenna ports, wherein a bitmap of length M included in the DCI indicates for the M PCRS antenna ports whether same precoding is applied between a PCRS antenna port and an associated at least one DMRS antenna port; identifying an association between at least one DMRS antenna port among the N DMRS antenna ports and a PCRS antenna port among the M PCRS antenna ports based on the mapping relation information included in the DCI, wherein same multiple input multiple output, MIMO, transmission scheme and same precoding are applied to the at least one DMRS antenna port and the PCRS antenna port; and transmitting, to the terminal, a DMRS based on the at least one DMRS antenna port and a PCRS based on the PCRS antenna port.
A method, performed by a wireless access point, AP, for differentiated fast initial link setup in a wireless local area network, the network including a plurality of wireless stations, STAs, and the wireless AP, the method comprising: determining different categories or types for each station, STA, for initial link setup; determining initial link setup, ILS, conditions for each station type, wherein the initial link setup conditions specify a priority of associating for each station type; and broadcasting, by the AP, the initial link setup conditions to a plurality of stations, wherein the initial link setup conditions are provided for the stations to determine whether to associate with the wireless AP immediately or after a time duration, wherein broadcasting the station types and initial link setup conditions comprises broadcasting a differentiated initial link setup element, wherein the differentiated initial link setup element comprises an element identifier field, a length field, an initial link setup category information field, and an initial link setup time field, wherein the initial link setup category information field comprises an initial link setup category type bitmap subfield and at least one of the further subfields: an initial link setup user priority, a media access control, MAC, address filter, and a vendor specific category, wherein the initial link setup category type bitmap subfield indicates presence of the at least one of the further subfields. determining different categories or types for each station, STA, for initial link setup; determining initial link setup, ILS, conditions for each station type, wherein the initial link setup conditions specify a priority of associating for each station type; and broadcasting, by the AP, the initial link setup conditions to a plurality of stations, wherein the initial link setup conditions are provided for the stations to determine whether to associate with the wireless AP immediately or after a time duration, wherein broadcasting the station types and initial link setup conditions comprises broadcasting a differentiated initial link setup element, wherein the differentiated initial link setup element comprises an element identifier field, a length field, an initial link setup category information field, and an initial link setup time field, wherein the initial link setup category information field comprises an initial link setup category type bitmap subfield and at least one of the further subfields: an initial link setup user priority, a media access control, MAC, address filter, and a vendor specific category, wherein the initial link setup category type bitmap subfield indicates presence of the at least one of the further subfields.
A catheter assembly for a heart pump, comprising: an elongate tubular member; an expandable housing disposed at a distal end of the elongate tubular member, the expandable housing configured to house an impeller and to convey blood from an intake toward the impeller in use; an expandable tip coupled with a distal end of the expandable housing , the expandable tip having a collapsed configuration in which a tapered profile is provided for facilitating advancement through an anatomical structure and an expanded configuration for spacing the intake from the anatomy adjacent to where the pump operates. an elongate tubular member; an expandable housing disposed at a distal end of the elongate tubular member, the expandable housing configured to house an impeller and to convey blood from an intake toward the impeller in use; an expandable tip coupled with a distal end of the expandable housing , the expandable tip having a collapsed configuration in which a tapered profile is provided for facilitating advancement through an anatomical structure and an expanded configuration for spacing the intake from the anatomy adjacent to where the pump operates.