mhurhangee/patent-ind-claim-en huggingface dataset:
An adapter for coupling each of a razor handle and a razor cartridge together, the adapter comprising: a handle engaging portion comprising: at least one wall that defines a receptacle for receiving a razor handle ; a first handle protrusion extending from the at least one wall; and a second handle protrusion extending from the at least one wall and being spaced from the first handle protrusion; wherein the first handle protrusion and the second handle protrusion are configured to extend into a first recess and a second recess, respectively, of a stem of a razor handle ; a cartridge engaging portion coupled with the handle engaging portion , the cartridge engaging portion comprising: a stem that defines a recess for selectively engaging a cartridge protrusion; characterized in that a collar is slidably coupled with the stem of the adapter and is slidable between a resting position and an ejecting position; wherein sliding the collar from the resting position to the ejecting position facilitates ejection of a cartridge from the stem . a handle engaging portion comprising: at least one wall that defines a receptacle for receiving a razor handle ; a first handle protrusion extending from the at least one wall; and a second handle protrusion extending from the at least one wall and being spaced from the first handle protrusion; wherein the first handle protrusion and the second handle protrusion are configured to extend into a first recess and a second recess, respectively, of a stem of a razor handle ; at least one wall that defines a receptacle for receiving a razor handle ; a first handle protrusion extending from the at least one wall; and a second handle protrusion extending from the at least one wall and being spaced from the first handle protrusion; wherein the first handle protrusion and the second handle protrusion are configured to extend into a first recess and a second recess, respectively, of a stem of a razor handle ; a cartridge engaging portion coupled with the handle engaging portion , the cartridge engaging portion comprising: a stem that defines a recess for selectively engaging a cartridge protrusion; characterized in that a collar is slidably coupled with the stem of the adapter and is slidable between a resting position and an ejecting position; wherein sliding the collar from the resting position to the ejecting position facilitates ejection of a cartridge from the stem . a stem that defines a recess for selectively engaging a cartridge protrusion; characterized in that a collar is slidably coupled with the stem of the adapter and is slidable between a resting position and an ejecting position; wherein sliding the collar from the resting position to the ejecting position facilitates ejection of a cartridge from the stem .
A compound of formula la-1 wherein A is CH or N; X 2 is S or SO 2 ; R 4 is C 1 -C 4 alkyl; R 6 is C 1 -C 4 haloalkyl; and Q a is selected from the group consisting of the substituents wherein each Rx is, independently selected from the group consisting of hydrogen, halogen, cyano, C 1 -C 4 alkyl, C 1 -C 4 haloalkyl, C 1 -C 4 haloalkoxy, C 1 -C 4 alkoxy, C 1 -C 4 alkylsulfanyl, C 1 -C 4 alkylsulfinyl, C 1 -C 4 alkylsulfonyl, -C(O)C 1 -C 4 alkyl, C 1 -C 4 haloalkylsulfanyl, C 1 -C 4 haloalkylsulfinyl, C 1 -C 4 haloalkylsulfonyl and -C(O)C 1 -C 4 haloalkyl, and R 001 is hydrogen or C 1 -C 2 alkyl; or an agrochemically acceptable salt, stereoisomer, enantiomer, tautomer or N-oxide of a compound of formula (la-1). A is CH or N; X 2 is S or SO 2 ; R 4 is C 1 -C 4 alkyl; R 6 is C 1 -C 4 haloalkyl; and Q a is selected from the group consisting of the substituents wherein each Rx is, independently selected from the group consisting of hydrogen, halogen, cyano, C 1 -C 4 alkyl, C 1 -C 4 haloalkyl, C 1 -C 4 haloalkoxy, C 1 -C 4 alkoxy, C 1 -C 4 alkylsulfanyl, C 1 -C 4 alkylsulfinyl, C 1 -C 4 alkylsulfonyl, -C(O)C 1 -C 4 alkyl, C 1 -C 4 haloalkylsulfanyl, C 1 -C 4 haloalkylsulfinyl, C 1 -C 4 haloalkylsulfonyl and -C(O)C 1 -C 4 haloalkyl, and R 001 is hydrogen or C 1 -C 2 alkyl; or an agrochemically acceptable salt, stereoisomer, enantiomer, tautomer or N-oxide of a compound of formula (la-1).
A dressing for applying negative pressure to a tissue site of a patient, the dressing comprising: a comfort layer configured to be disposed proximate the tissue site; a manifold layer having an open cell structure and configured to distribute vacuum over the tissue site; a sealing layer comprising a sealing material and an adhesive backing material, the sealing layer configured to cover the manifold layer and the comfort layer and form a chamber containing the manifold layer and the comfort layer to seal the manifold layer within the chamber between the sealing layer and the tissue site; and a fluid coupling member fluidly coupled to the manifold layer and configured to receive vacuum from a vacuum source to deliver vacuum to the manifold layer for distribution to the tissue site; characterized in that the comfort layer includes a plurality of holes ; and the plurality of holes are configured to allow the adhesive backing material of the sealing layer to be in partial contact with the tissue site. a comfort layer configured to be disposed proximate the tissue site; a manifold layer having an open cell structure and configured to distribute vacuum over the tissue site; a sealing layer comprising a sealing material and an adhesive backing material, the sealing layer configured to cover the manifold layer and the comfort layer and form a chamber containing the manifold layer and the comfort layer to seal the manifold layer within the chamber between the sealing layer and the tissue site; and a fluid coupling member fluidly coupled to the manifold layer and configured to receive vacuum from a vacuum source to deliver vacuum to the manifold layer for distribution to the tissue site; characterized in that the comfort layer includes a plurality of holes ; and the plurality of holes are configured to allow the adhesive backing material of the sealing layer to be in partial contact with the tissue site.
A pinch valve, which comprises - an actuator to open and close the valve, - a pinch valve body comprising a first body half , a second body half and an interface therebetween which is placed at a flow line of the valve on a plane which is in the direction of the movement of the actuator , - one or two draw bars , - a first compression rod with guide slots , - a second compression rod with fork slots , and - a sleeve arranged inside the valve body and serving as closure member of the valve, said sleeve being provided with pull loops on its outer surface through which the compression rods extend wherein - the one of the two draw bars is installed on the second body half , is connected to the first compression rod by means of one of the guide slots , is connected to the second compression rod by means of one of the fork slots , and can be detached together with the second body half by pulling off from the guide slot and from the fork slot , whereby the sleeve can be removed from inside the first body half by pulling the pull loops off from over the compression rods . - an actuator to open and close the valve, - a pinch valve body comprising a first body half , a second body half and an interface therebetween which is placed at a flow line of the valve on a plane which is in the direction of the movement of the actuator , - one or two draw bars , - a first compression rod with guide slots , - a second compression rod with fork slots , and - a sleeve arranged inside the valve body and serving as closure member of the valve, said sleeve being provided with pull loops on its outer surface through which the compression rods extend - the one of the two draw bars is installed on the second body half , is connected to the first compression rod by means of one of the guide slots , is connected to the second compression rod by means of one of the fork slots , and can be detached together with the second body half by pulling off from the guide slot and from the fork slot , whereby the sleeve can be removed from inside the first body half by pulling the pull loops off from over the compression rods .
A vacuum pump, in particular a turbomolecular pump, comprising a rotor shaft rotating about an axis of rotation during operation, at least one rotor disk which is fastened to the rotor shaft and which comprises a radially inwardly disposed collar , via which the rotor disk is fastened to the rotor shaft , and a plurality of rotor blades which are each integrally connected to the collar , which each extend radially outwardly starting from a blade base at the collar and which have a free blade end radially at the outside, and at least one Holweck hub which is fastened to the rotor shaft and to which at least one Holweck sleeve is fastened, wherein the rotor disk has a rotor outer diameter DA which is measured between two imaginary mutually diametrically oppositely disposed blade ends , wherein the Holweck hub has a Holweck outer diameter DHW which is measured between two mutually diametrically oppositely disposed points of a radial outer surface of the Holweck hub , and wherein the rotor outer diameter DA is greater than the Holweck outer diameter DHW by a factor of at least 1.22, preferably of at least 1.25, particularly preferably of at least 1.30, wherein the at least one rotor disk is made of an aluminum alloy which has the following composition in % by weight: Cu: 3.6 - 4.4 Mg: 1.2 - 1.4 Mn: 0.5 - 0.8 Zr: < 0.16 Ti: 0.01 -0.05 Si < 0.21 Fe < 0.21 Zn < 0.26 other elements < 0.06, the remainder being aluminum. a rotor shaft rotating about an axis of rotation during operation, at least one rotor disk which is fastened to the rotor shaft and which comprises a radially inwardly disposed collar , via which the rotor disk is fastened to the rotor shaft , and a plurality of rotor blades which are each integrally connected to the collar , which each extend radially outwardly starting from a blade base at the collar and which have a free blade end radially at the outside, and at least one Holweck hub which is fastened to the rotor shaft and to which at least one Holweck sleeve is fastened, wherein the rotor disk has a rotor outer diameter DA which is measured between two imaginary mutually diametrically oppositely disposed blade ends , wherein the Holweck hub has a Holweck outer diameter DHW which is measured between two mutually diametrically oppositely disposed points of a radial outer surface of the Holweck hub , and wherein the rotor outer diameter DA is greater than the Holweck outer diameter DHW by a factor of at least 1.22, preferably of at least 1.25, particularly preferably of at least 1.30, wherein the at least one rotor disk is made of an aluminum alloy which has the following composition in % by weight: Cu: 3.6 - 4.4 Mg: 1.2 - 1.4 Mn: 0.5 - 0.8 Zr: < 0.16 Ti: 0.01 -0.05 Si < 0.21 Fe < 0.21 Zn < 0.26 other elements < 0.06, the remainder being aluminum. Cu: 3.6 - 4.4 Mg: 1.2 - 1.4 Mn: 0.5 - 0.8 Zr: < 0.16 Ti: 0.01 -0.05 Si < 0.21 Fe < 0.21 Zn < 0.26 other elements < 0.06, the remainder being aluminum.
Binocular loupes, in particular surgical loupes, with an optical arrangement , a holder connected to a frame of spectacles in the position of use of the loupes, wherein the optical arrangement has two similar optical systems arranged on the holder with an eye spacing transversely to their optical axis, wherein each of the optical systems is formed in the manner of a Galilean telescope and as an achromatic lens and has an objective and an eyepiece , wherein, in the case of each of the optical systems , - the objective is formed by an individual positive lens (L1) with a meniscus form (objective lens) and - the eyepiece has a negative compound member (eyepiece compound member ) with at least two lenses (L2, L3), wherein the eyepiece compound member has a meniscus form, wherein the eyepiece compound member consists of two lenses (L2, L3) cemented together, characterised in that the front lens (L2) of the eyepiece compound member in the direction of light is formed in a biconvex manner and the rear lens (L3) in the direction of light is formed in a biconcave manner, in that the objective lens (L1) consists of an optical material with a refractive index n(e) = 1489 and an Abbe number v(e) = 70.2, in that the front lens (L2) of the eyepiece compound member in the direction of light consists of an optical material with a refractive index n(e) = 1585 and an Abbe number v(e) = 50.6 and in that the rear lens (L3) of the eyepiece compound member in the direction of light consists of an optical material with a refractive index n(e) = 1910 and an Abbe number v(e) = 31.1. - the objective is formed by an individual positive lens (L1) with a meniscus form (objective lens) and - the eyepiece has a negative compound member (eyepiece compound member ) with at least two lenses (L2, L3), wherein the eyepiece compound member has a meniscus form, wherein the eyepiece compound member consists of two lenses (L2, L3) cemented together, characterised in that the front lens (L2) of the eyepiece compound member in the direction of light is formed in a biconvex manner and the rear lens (L3) in the direction of light is formed in a biconcave manner, in that the objective lens (L1) consists of an optical material with a refractive index n(e) = 1489 and an Abbe number v(e) = 70.2, in that the front lens (L2) of the eyepiece compound member in the direction of light consists of an optical material with a refractive index n(e) = 1585 and an Abbe number v(e) = 50.6 and in that the rear lens (L3) of the eyepiece compound member in the direction of light consists of an optical material with a refractive index n(e) = 1910 and an Abbe number v(e) = 31.1.
A multi-element transmit coil for a magnetic resonance imaging system , wherein the multi-element transmit coil comprises: - multiple surface coil elements , wherein each surface coil element comprises a coil circuit , wherein each coil circuit comprises a radio-frequency sensor , wherein the radio-frequency sensor comprises a current sensor and/or a voltage sensor; wherein the multi-element transmit coil further comprises for each radio-frequency sensor - a local power monitoring unit with an analog-to-digital converter which is directly connected to its radio-frequency sensor, wherein - each local power monitoring unit comprises a processor connected to its analog to digital converter, wherein - each processor is configured to receive a radio-frequency measurement for its coil circuit using the local power monitoring unit's analog to digital converter connected to its radio-frequency sensor, wherein each processor is configured to generate specific absorption rate data from the radio-frequency measurement for its surface coil element, wherein the specific absorption rate data comprises an estimate of the specific absorption rate caused by its surface coil element; - an optical data transmission system connected to each processor, wherein the optical data transmission system is configured to connect to a magnetic resonance imaging system controller , wherein the optical data transmission system is configured to transfer the specific absorption rate data from each processor to the magnetic resonance imaging system controller. - multiple surface coil elements , wherein each surface coil element comprises a coil circuit , wherein each coil circuit comprises a radio-frequency sensor , wherein the radio-frequency sensor comprises a current sensor and/or a voltage sensor; wherein the multi-element transmit coil further comprises for each radio-frequency sensor - a local power monitoring unit with an analog-to-digital converter which is directly connected to its radio-frequency sensor, wherein - each local power monitoring unit comprises a processor connected to its analog to digital converter, wherein - each processor is configured to receive a radio-frequency measurement for its coil circuit using the local power monitoring unit's analog to digital converter connected to its radio-frequency sensor, wherein each processor is configured to generate specific absorption rate data from the radio-frequency measurement for its surface coil element, wherein the specific absorption rate data comprises an estimate of the specific absorption rate caused by its surface coil element; - an optical data transmission system connected to each processor, wherein the optical data transmission system is configured to connect to a magnetic resonance imaging system controller , wherein the optical data transmission system is configured to transfer the specific absorption rate data from each processor to the magnetic resonance imaging system controller.
Collector plate for a motor vehicle heat exchanger , comprising a first receiving zone for tubes of a first tube bundle of a heat exchanger , and a second receiving zone for tubes of a second tube bundle of a heat exchanger, the collector plate being of substantially rectangular shape, preferably with rounded corners, and having a groove , characterized in that the groove extends in a longitudinal direction of the collector plate between the first and second receiving zones (30; 32), the collector plate being thinner in the region of the groove .
A method for compressing a label stack, wherein the method comprises: obtaining , by a network device, a first label stack corresponding to a forwarding path, wherein the first label stack comprises node labels corresponding to each node on the forwarding path; selecting , by the network device, a first node label from the first label stack, wherein when forwarding a packet, a node corresponding to the first node label is capable of encapsulating at least two layers of labels in the packet; replacing , by the network device, at least two adjacent labels located after the first node label in the first label stack with a first compression label, to generate a second label stack; and sending, by the network device, label configuration information to the node corresponding to the first node label, wherein the label configuration information includes a correspondence between the first compression label and the at least two adjacent labels; instructing , by the network device, a source node on the forwarding path to perform packet processing according to the second label stack. obtaining , by a network device, a first label stack corresponding to a forwarding path, wherein the first label stack comprises node labels corresponding to each node on the forwarding path; selecting , by the network device, a first node label from the first label stack, wherein when forwarding a packet, a node corresponding to the first node label is capable of encapsulating at least two layers of labels in the packet; replacing , by the network device, at least two adjacent labels located after the first node label in the first label stack with a first compression label, to generate a second label stack; and sending, by the network device, label configuration information to the node corresponding to the first node label, wherein the label configuration information includes a correspondence between the first compression label and the at least two adjacent labels; instructing , by the network device, a source node on the forwarding path to perform packet processing according to the second label stack.
A removal device for use in a passageway of a urinary tract of an in vivo patient, comprising: a vacuum tube comprising a first passageway and a second passageway extending longitudinally through the first passageway, wherein the vacuum tube is configured to be disposed at least partially within the passageway of the urinary tract, is characterized by a diameter of about 3.3 mm (10 Fr.) to about 10 mm (30 Fr.), and is designed to accommodate suction provided from a suction source ; an introducer configured to be disposed in one of the passageways to assist with positioning of the vacuum tube; a guidewire accommodated within the introducer; and a port coupled to the removal device adapted to receive saline for infusion through one of the passageways. a vacuum tube comprising a first passageway and a second passageway extending longitudinally through the first passageway, wherein the vacuum tube is configured to be disposed at least partially within the passageway of the urinary tract, is characterized by a diameter of about 3.3 mm (10 Fr.) to about 10 mm (30 Fr.), and is designed to accommodate suction provided from a suction source ; an introducer configured to be disposed in one of the passageways to assist with positioning of the vacuum tube; a guidewire accommodated within the introducer; and a port coupled to the removal device adapted to receive saline for infusion through one of the passageways.
A radar device mounted in a host vehicle, comprising: a radar transmitter that is adapted to transmit a radar signal; a camera that is adapted to take one or more image of a region including a direction in which the radar signal is transmitted; a light detection unit that is adapted to detect a light state of an other vehicle, the light state of the other vehicle being detected as an ON state, if a light of the other vehicle included in the one or more images captured by the camera is ON, and being detected as an OFF state, if the light of the other vehicle included in the one or more images is OFF; and a controller in form of a timing control unit that is adapted to set a transmission pattern, including a transmission period and a transmission suspension period, of the radar signal and a light ON/OFF pattern, including a light ON period and a light OFF period, of a light of the host vehicle, wherein the light ON/OFF pattern of the light of the host vehicle is synchronized with the transmission pattern of the radar signal, and on basis of the detected light state of the other vehicle, the transmission period of the radar signal is set different from a transmission period of a radar signal of an other radar device mounted in the other vehicle. a radar transmitter that is adapted to transmit a radar signal; a camera that is adapted to take one or more image of a region including a direction in which the radar signal is transmitted; a light detection unit that is adapted to detect a light state of an other vehicle, the light state of the other vehicle being detected as an ON state, if a light of the other vehicle included in the one or more images captured by the camera is ON, and being detected as an OFF state, if the light of the other vehicle included in the one or more images is OFF; and a controller in form of a timing control unit that is adapted to set a transmission pattern, including a transmission period and a transmission suspension period, of the radar signal and a light ON/OFF pattern, including a light ON period and a light OFF period, of a light of the host vehicle, wherein the light ON/OFF pattern of the light of the host vehicle is synchronized with the transmission pattern of the radar signal, and on basis of the detected light state of the other vehicle, the transmission period of the radar signal is set different from a transmission period of a radar signal of an other radar device mounted in the other vehicle.