mhurhangee/patent-ind-claim-en huggingface dataset:
Terminal element - with an insulating material housing , - wherein the insulating material housing has a conductor insertion opening for insertion of an electrical conductor, and - a contact pin insertion opening for inserting a contact pin , - with a busbar , wherein the busbar has a contact portion disposed between the inserted electrical conductor and the inserted contact pin , - the busbar having a contact bend which adjoins the contact portion and merges into a socket portion for contacting the contact pin , the socket portion and the contact portion of the busbar forming a second contact point, - with a clamping spring for contacting the electrical conductor, the clamping spring having a clamping leg with a clamping edge oriented towards the contact portion , a spring bend and an abutment leg , the clamping edge and the contact section forming a first contact point for the electrical conductor to be clamped on, characterized in that - a retaining section extending towards the contact section and projecting past the contact section projects from the socket section of the busbar , - wherein the contact leg of the clamping spring is mounted on the retaining section of the conductor rail . - with an insulating material housing , - wherein the insulating material housing has a conductor insertion opening for insertion of an electrical conductor, and - a contact pin insertion opening for inserting a contact pin , - with a busbar , wherein the busbar has a contact portion disposed between the inserted electrical conductor and the inserted contact pin , - the busbar having a contact bend which adjoins the contact portion and merges into a socket portion for contacting the contact pin , the socket portion and the contact portion of the busbar forming a second contact point, - with a clamping spring for contacting the electrical conductor, the clamping spring having a clamping leg with a clamping edge oriented towards the contact portion , a spring bend and an abutment leg , the clamping edge and the contact section forming a first contact point for the electrical conductor to be clamped on, - a retaining section extending towards the contact section and projecting past the contact section projects from the socket section of the busbar , - wherein the contact leg of the clamping spring is mounted on the retaining section of the conductor rail .
Apparatus for measuring the optical effect of an optical lens arranged in a measurement volume , comprising: - a display device which is configured to display a test structure ; - an image capturing device which is configured to capture image data of the test structure from a plurality of viewpoints (31, 31', 31") by way of imaging beam paths which pass through the lens ; and - a computing unit , wherein the computing unit is configured to: - determine a three-dimensional shape of the lens on the basis of the image data; characterized in that the computing unit is further configured to - calculate an optical effect of the lens on the basis of the three-dimensional form thereof; wherein the lens is a spectacle lens; and wherein the computing unit is configured to calculate the optical effect of the spectacle lens for a specified wearing position of a user, which differs from a measurement position in which the image data are captured. - a display device which is configured to display a test structure ; - an image capturing device which is configured to capture image data of the test structure from a plurality of viewpoints (31, 31', 31") by way of imaging beam paths which pass through the lens ; and - a computing unit , wherein the computing unit is configured to: - determine a three-dimensional shape of the lens on the basis of the image data; characterized in that the computing unit is further configured to - calculate an optical effect of the lens on the basis of the three-dimensional form thereof; wherein the lens is a spectacle lens; and wherein the computing unit is configured to calculate the optical effect of the spectacle lens for a specified wearing position of a user, which differs from a measurement position in which the image data are captured. - calculate an optical effect of the lens on the basis of the three-dimensional form thereof; wherein the lens is a spectacle lens; and
A method of forming an optical glass component, the method comprising: positioning a glass preform in a furnace, wherein the glass preform includes an unelongated primary rod having a constant outside diameter and a square bottom, and a sacrificial tip having a first end attached to the bottom of the unelongated primary rod, a second end opposite the first end, and a hollow interior region extending from the first end to the second end, wherein the sacrificial tip is circular in cross section and the first end of the sacrificial tip has an outside diameter equal to the outside diameter of the unelongated primary rod; and heating the glass preform in the furnace to soften the sacrificial tip, whereby a drip forms at a bottom end of the preform and the drip pulls down on and elongates the unelongated primary rod to form an elongated primary rod. positioning a glass preform in a furnace, wherein the glass preform includes an unelongated primary rod having a constant outside diameter and a square bottom, and a sacrificial tip having a first end attached to the bottom of the unelongated primary rod, a second end opposite the first end, and a hollow interior region extending from the first end to the second end, wherein the sacrificial tip is circular in cross section and the first end of the sacrificial tip has an outside diameter equal to the outside diameter of the unelongated primary rod; and heating the glass preform in the furnace to soften the sacrificial tip, whereby a drip forms at a bottom end of the preform and the drip pulls down on and elongates the unelongated primary rod to form an elongated primary rod.
A mounting structure of a tap handle comprising a body in round tubular shape, a valve core and a handle , wherein the handle comprises a ball-head connection part and is arranged on an end portion of a first end of the body , the valve core is located in the body , the ball-head connection part rotates around a first axis to toggle the valve core to open and close, and the first axis is vertical to an axis of the body , characterized in that the mounting structure of the tap handle further comprises: a first limiting sleeve , the first limiting sleeve being clamped to the inner wall of the body by coaxial relative rotation, and an inner wall surface of the first limiting sleeve being provided with an arc surface matched with the ball-head connection part ; a second limiting sleeve , the second limiting sleeve being coaxially arranged on the end portion of the first end of the body and clamping the ball-head connection part between the second limiting sleeve and the first limiting sleeve ; the second limiting sleeve being detachably and fixedly connected to an inner wall of the body and preventing the first limiting sleeve from separating from the inner wall of the body in the relative rotation by establishing a rotation stopping connection relationship between the second limiting sleeve and the first limiting sleeve .
A composition comprising: a crosslinkable polymer comprising a pendant epoxide repeat unit, wherein the pendant epoxide repeat unit has the structure: wherein each R 1 is independently a (C 1 -C 10 ) alkylene or (C 1 -C 10 ) alkylene ether, each alkylene ether independently having a ratio of carbon atoms to oxygen atoms of 1:1 to 4:1 a hydrocarbylene repeat unit, wherein the hydrocarbylene repeat unit is a substituted or unsubstituted (C 2 -C 15 ) hydrocarbylene, and an ester repeat unit having the structure wherein each L is independently a substituted or unsubstituted (C 1 -C 10 ) hydrocarbylene, each R 2 is independently a bond or a substituted or unsubstituted (C 1 -C 20 ) hydrocarbylene, and each R 3 is independently -H or a substituted or unsubstituted (C 1 -C 10 ) hydrocarbyl; an amine crosslinker; and a carrier solvent, wherein the carrier solvent is selected from the group consisting of kerosene, xylenes, toluene, diesel, mineral oils, naphthenic oils, synthetic oils, paraffins, and combinations thereof. a crosslinkable polymer comprising a pendant epoxide repeat unit, wherein the pendant epoxide repeat unit has the structure: wherein each R 1 is independently a (C 1 -C 10 ) alkylene or (C 1 -C 10 ) alkylene ether, each alkylene ether independently having a ratio of carbon atoms to oxygen atoms of 1:1 to 4:1 a hydrocarbylene repeat unit, wherein the hydrocarbylene repeat unit is a substituted or unsubstituted (C 2 -C 15 ) hydrocarbylene, and an ester repeat unit having the structure wherein each L is independently a substituted or unsubstituted (C 1 -C 10 ) hydrocarbylene, each R 2 is independently a bond or a substituted or unsubstituted (C 1 -C 20 ) hydrocarbylene, and each R 3 is independently -H or a substituted or unsubstituted (C 1 -C 10 ) hydrocarbyl; a pendant epoxide repeat unit, wherein the pendant epoxide repeat unit has the structure: wherein each R 1 is independently a (C 1 -C 10 ) alkylene or (C 1 -C 10 ) alkylene ether, each alkylene ether independently having a ratio of carbon atoms to oxygen atoms of 1:1 to 4:1 a hydrocarbylene repeat unit, wherein the hydrocarbylene repeat unit is a substituted or unsubstituted (C 2 -C 15 ) hydrocarbylene, and an ester repeat unit having the structure wherein each L is independently a substituted or unsubstituted (C 1 -C 10 ) hydrocarbylene, each R 2 is independently a bond or a substituted or unsubstituted (C 1 -C 20 ) hydrocarbylene, and each R 3 is independently -H or a substituted or unsubstituted (C 1 -C 10 ) hydrocarbyl; an amine crosslinker; and a carrier solvent, wherein the carrier solvent is selected from the group consisting of kerosene, xylenes, toluene, diesel, mineral oils, naphthenic oils, synthetic oils, paraffins, and combinations thereof.
An automatic container processing apparatus comprising: a tube socket having a plurality of container holding parts each for holding a container; an operation part capable of operating each of the container holding parts of the tube socket ; a control device that controls the operation part ; a disposal port provided below the tube socket , wherein the tube socket is annular, the plurality of container holding parts are annularly arranged, the operation part operates to drop the container held by a container holding part to the disposal port , and characterized in that each container holding part comprises at least one pair of holding plates each having a knob part and a holding part for holding the container; a holder having a rotating shaft for rotating each of the holding plates and a through hole (H) through which the container passes; and an elastic part which connects the knob parts of the holding plates and energizes an elastic force in a direction separating the knob parts from each other, and when the knob parts are close to each other by the operation part , the holding parts are separated to drop the held container. a tube socket having a plurality of container holding parts each for holding a container; an operation part capable of operating each of the container holding parts of the tube socket ; a control device that controls the operation part ; a disposal port provided below the tube socket , wherein the tube socket is annular, the plurality of container holding parts are annularly arranged, the operation part operates to drop the container held by a container holding part to the disposal port , and characterized in that each container holding part comprises at least one pair of holding plates each having a knob part and a holding part for holding the container; a holder having a rotating shaft for rotating each of the holding plates and a through hole (H) through which the container passes; and an elastic part which connects the knob parts of the holding plates and energizes an elastic force in a direction separating the knob parts from each other, and at least one pair of holding plates each having a knob part and a holding part for holding the container; a holder having a rotating shaft for rotating each of the holding plates and a through hole (H) through which the container passes; and an elastic part which connects the knob parts of the holding plates and energizes an elastic force in a direction separating the knob parts from each other, and when the knob parts are close to each other by the operation part , the holding parts are separated to drop the held container.
A method performed by a user equipment, UE , for sidelink, SL, operations, the method comprising: receiving an indicator indicating to implement a frequency shift on one or more SL frequency carriers when Long-Term-Evolution, LTE,-Vehicle to Everything, V2X, SL communication is shared with New Radio, NR, SL communication on the one or more SL frequency carriers; and in a case that the UE selects a first SL frequency carrier for NR SL packet transmission being associated with the indicator, implementing a frequency shift while transmitting one or more NR SL packets on the first SL frequency carrier. receiving an indicator indicating to implement a frequency shift on one or more SL frequency carriers when Long-Term-Evolution, LTE,-Vehicle to Everything, V2X, SL communication is shared with New Radio, NR, SL communication on the one or more SL frequency carriers; and in a case that the UE selects a first SL frequency carrier for NR SL packet transmission being associated with the indicator, implementing a frequency shift while transmitting one or more NR SL packets on the first SL frequency carrier.
A method characterised by : scanning, using a camera system , a perforation pattern in a damaged portion of an acoustic panel ; storing, by a computer system , the perforation pattern; forming a replacement patch ; and drilling a plurality of perforations in the replacement patch with a computer numeric control machine , wherein the computer numeric control machine uses the perforation pattern to drill the plurality of perforations . scanning, using a camera system , a perforation pattern in a damaged portion of an acoustic panel ; storing, by a computer system , the perforation pattern; forming a replacement patch ; and drilling a plurality of perforations in the replacement patch with a computer numeric control machine , wherein the computer numeric control machine uses the perforation pattern to drill the plurality of perforations .
A communication method, performed by an access point and comprising: sending , over a shared communication medium to an access terminal, control signaling in accordance with a first Radio Access Technology, RAT; thereafter dynamically selecting between the first RAT and a second RAT for transmission of a packet of data traffic to the access terminal based on one or more operating mode criteria, wherein the access terminal is connected to the access point via both the first RAT and the second RAT; dynamically scheduling the packet of data traffic for transmission to the access terminal on the selected RAT; and transmitting, over the shared communication medium to the access terminal, the scheduled packet of data traffic in accordance with the selected RAT. sending , over a shared communication medium to an access terminal, control signaling in accordance with a first Radio Access Technology, RAT; thereafter dynamically selecting between the first RAT and a second RAT for transmission of a packet of data traffic to the access terminal based on one or more operating mode criteria, wherein the access terminal is connected to the access point via both the first RAT and the second RAT; dynamically scheduling the packet of data traffic for transmission to the access terminal on the selected RAT; and transmitting, over the shared communication medium to the access terminal, the scheduled packet of data traffic in accordance with the selected RAT.
A method for numbering radio frequency channels to be used in a wireless communication system, the available frequency spectrum associated with the wireless communication system is divided into frequency bands, wherein each frequency band comprises a plurality of frequencies, the method comprises the steps of: - assigning a global number to a primary frequency of a first band, wherein the global number is unique among at least the first frequency band and the global number is indicative of at least a second frequency band associated with the first frequency band, - assigning an in-band number to a secondary frequency within at least the second frequency band, and - composite signaling of the global number and the in-band number. - assigning a global number to a primary frequency of a first band, wherein the global number is unique among at least the first frequency band and the global number is indicative of at least a second frequency band associated with the first frequency band, - assigning an in-band number to a secondary frequency within at least the second frequency band, and - composite signaling of the global number and the in-band number.
Device for determining a tissue characteristic of a subject, said device comprising: - a first control unit configured to control an electromechanical transducer by a first control signal to transfer mechanical waves varying in a frequency range or with varying frequency content to an exposed tissue area of the subject; - a second control unit configured to control an electromagnetic radiation emitter by a second control signal to emit incoherent light as electromagnetic radiation towards the exposed tissue area of the subject; - a radiation signal input configured to obtain a radiation signal indicative of electromagnetic radiation reflected from the exposed tissue area of the subject said radiation signal being generated from the reflected electromagnetic radiation by a radiation detector comprising an imaging unit or a photo-sensor; and - a processor configured to determine a tissue characteristic signal indicative of a tissue characteristic of the exposed tissue area of the subject derived from a frequency response or a frequency transfer function obtained from the obtained radiation signal in said frequency range or for said varying frequency content. - a first control unit configured to control an electromechanical transducer by a first control signal to transfer mechanical waves varying in a frequency range or with varying frequency content to an exposed tissue area of the subject; - a second control unit configured to control an electromagnetic radiation emitter by a second control signal to emit incoherent light as electromagnetic radiation towards the exposed tissue area of the subject; - a radiation signal input configured to obtain a radiation signal indicative of electromagnetic radiation reflected from the exposed tissue area of the subject said radiation signal being generated from the reflected electromagnetic radiation by a radiation detector comprising an imaging unit or a photo-sensor; and - a processor configured to determine a tissue characteristic signal indicative of a tissue characteristic of the exposed tissue area of the subject derived from a frequency response or a frequency transfer function obtained from the obtained radiation signal in said frequency range or for said varying frequency content.
A micro-needle array unit (1-9) comprising: a micro-needle array which includes a sheet and a plurality of needles arranged inside an outer peripheral surface of one surface of the sheet; a container which accommodates the micro-needle array and includes an accommodating portion having an opening and a protrusion that supports the outer peripheral surface of the micro-needle array, a deformation portion disposed on a side opposite to the opening and integrated with the accommodating portion , and a flange portion integrated with the accommodating portion and brought into contact with the skin ; and a lid which seals the opening of the container , wherein the deformation portion is configured to be deformed and the other surface of the micro-needle array is configured to be pressed due to an external force being applied, in use, in a direction of the opening , the micro-needle array is configured to pass through the protrusion and be pushed to the outside from the accommodating portion by the pressing, in use, of the other surface of the micro-needle array, and after being deformed due to the external force being applied, the deformation portion is configured to maintain the deformed state and to press the micro-needle array (1-9). a micro-needle array which includes a sheet and a plurality of needles arranged inside an outer peripheral surface of one surface of the sheet; a container which accommodates the micro-needle array and includes an accommodating portion having an opening and a protrusion that supports the outer peripheral surface of the micro-needle array, a deformation portion disposed on a side opposite to the opening and integrated with the accommodating portion , and a flange portion integrated with the accommodating portion and brought into contact with the skin ; and a lid which seals the opening of the container , wherein the deformation portion is configured to be deformed and the other surface of the micro-needle array is configured to be pressed due to an external force being applied, in use, in a direction of the opening , the micro-needle array is configured to pass through the protrusion and be pushed to the outside from the accommodating portion by the pressing, in use, of the other surface of the micro-needle array, and after being deformed due to the external force being applied, the deformation portion is configured to maintain the deformed state and to press the micro-needle array (1-9).
An organozinc-supported catalyst comprising: a support; a zinc compound layer formed on at least a portion of the surface of the support; and a zinc dicarboxylate-based catalyst supported on the zinc compound layer, wherein the zinc compound layer has a thickness of 10 to 1000 nm, wherein the zinc compound layer has a structure in which zinc compounds in the form of a nano-rod, a nano-hair, a nano-fiber, a nano-pillar, or a nano-wire are clustered, wherein the zinc dicarboxylate-based catalyst is supported on the surface of the zinc compound layer in a flake shape. a support; a zinc compound layer formed on at least a portion of the surface of the support; and a zinc dicarboxylate-based catalyst supported on the zinc compound layer, wherein the zinc compound layer has a thickness of 10 to 1000 nm, wherein the zinc compound layer has a structure in which zinc compounds in the form of a nano-rod, a nano-hair, a nano-fiber, a nano-pillar, or a nano-wire are clustered, wherein the zinc dicarboxylate-based catalyst is supported on the surface of the zinc compound layer in a flake shape.