mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a hollow electrical insulator comprising the following steps: - providing a core , - winding first wound layers of a first fiber element onto the core , - winding second wound layers of a second fiber element onto an end region of the core , wherein - the first wound layers have turns of the first fiber element which enclose a first winding angle (α1) with a main direction of extension of the core , - the second wound layers comprise turns of the second fiber element which enclose a second winding angle (α2) with the main direction of extension of the core which is larger than the first winding angle (α1), and - an inner region of the core remains free of second wound layers , - the first winding angle (α1) is between 10° and 60° inclusive, and - the second winding angle (α2) is between 70° and 90° inclusive, and - the second wound layers are not wound using turning means . - providing a core , - winding first wound layers of a first fiber element onto the core , - winding second wound layers of a second fiber element onto an end region of the core , wherein - the first wound layers have turns of the first fiber element which enclose a first winding angle (α1) with a main direction of extension of the core , - the second wound layers comprise turns of the second fiber element which enclose a second winding angle (α2) with the main direction of extension of the core which is larger than the first winding angle (α1), and - an inner region of the core remains free of second wound layers , - the first winding angle (α1) is between 10° and 60° inclusive, and - the second winding angle (α2) is between 70° and 90° inclusive, and - the second wound layers are not wound using turning means .
A medicine transfer unit comprising: a body portion having one side and another side which are opened to allow a medicine inputted through the one side to pass therethrough and to be dispensed through the other side; and an opening or closing portion rotatably connected to the body portion to be changeable in state and configured to selectively implement any one of a state in which the medicine inputted through the one side is temporarily stored in an internal space (S) of the body portion and a state in which the stored medicine is dispensed through the other side, wherein the opening or closing portion comprises: a bottom portion configured to close the other side of the body portion in a first state and to open the other side of the body portion when the first state changes to a second state, and characterized by a jamming prevention portion extending from any one of sides of the bottom portion toward an inside of a sidewall of the body portion on the basis of the first state and covering the inside of the sidewall of the body portion located on an extension side so as to prevent the stored medicine from being jammed on sidewalls of the body portion and not being dispensed through the other side in the second state. a body portion having one side and another side which are opened to allow a medicine inputted through the one side to pass therethrough and to be dispensed through the other side; and an opening or closing portion rotatably connected to the body portion to be changeable in state and configured to selectively implement any one of a state in which the medicine inputted through the one side is temporarily stored in an internal space (S) of the body portion and a state in which the stored medicine is dispensed through the other side, wherein the opening or closing portion comprises: a bottom portion configured to close the other side of the body portion in a first state and to open the other side of the body portion when the first state changes to a second state, and characterized by a jamming prevention portion extending from any one of sides of the bottom portion toward an inside of a sidewall of the body portion on the basis of the first state and covering the inside of the sidewall of the body portion located on an extension side so as to prevent the stored medicine from being jammed on sidewalls of the body portion and not being dispensed through the other side in the second state. a bottom portion configured to close the other side of the body portion in a first state and to open the other side of the body portion when the first state changes to a second state, and characterized by a jamming prevention portion extending from any one of sides of the bottom portion toward an inside of a sidewall of the body portion on the basis of the first state and covering the inside of the sidewall of the body portion located on an extension side so as to prevent the stored medicine from being jammed on sidewalls of the body portion and not being dispensed through the other side in the second state.
A machine for preparing and dispensing an espresso coffee comprising: a water supply for feeding cold water; a dispensing group and a corresponding coffee boiler ; a coffee pump which receives heated water and pumps said heated water towards said coffee boiler ; a flow meter arranged between said coffee pump and said coffee boiler for measuring an instantaneous water flow rate, i.e., the volume of water that passes from said coffee pump to said coffee boiler per unit of time; a memory for storing at least one pressure profile, wherein said coffee pump is configured to operate according to said pressure profile during coffee dispensing; and a control unit which stops dispensing of coffee based on a measurement of water flow calculated from starting time of the dispensing, wherein said control unit is configured to stop dispensing of espresso coffee after the end of said pressure profile if a preset amount of coffee is not dispensed at a set dispensing time corresponding to the end of said pressure profile, therefore the stored pressure profile is extended to perform dispensing until said preset amount of coffee is reached, wherein the stored pressure profile is extended by keeping the pressure value the same as that of the last value detected at the end of the pressure profile. a water supply for feeding cold water; a dispensing group and a corresponding coffee boiler ; a coffee pump which receives heated water and pumps said heated water towards said coffee boiler ; a flow meter arranged between said coffee pump and said coffee boiler for measuring an instantaneous water flow rate, i.e., the volume of water that passes from said coffee pump to said coffee boiler per unit of time; a memory for storing at least one pressure profile, wherein said coffee pump is configured to operate according to said pressure profile during coffee dispensing; and a control unit which stops dispensing of coffee based on a measurement of water flow calculated from starting time of the dispensing, wherein said control unit is configured to stop dispensing of espresso coffee after the end of said pressure profile if a preset amount of coffee is not dispensed at a set dispensing time corresponding to the end of said pressure profile, therefore the stored pressure profile is extended to perform dispensing until said preset amount of coffee is reached, wherein the stored pressure profile is extended by keeping the pressure value the same as that of the last value detected at the end of the pressure profile.
A method for selecting and ranking service extensions, comprising: receiving a query or an inference related to a user; identifying any bots that activate in response to the query or inference; ranking the activated bots by performing acts for each activated bot comprising: identifying a set of features corresponding to the activated bot; presenting at least a portion of the set of features to a ranking and response selection model trained via a machine learning process; identifying a rank for the activated bot using the ranking and response selection model and the portion of the set of features; and placing the activated bot in rank order compared to other activated bots to create a ranked list of bots; selecting at least one bot from the ranked list of bots; and presenting an output of at least one bot to the user. receiving a query or an inference related to a user; identifying any bots that activate in response to the query or inference; ranking the activated bots by performing acts for each activated bot comprising: identifying a set of features corresponding to the activated bot; presenting at least a portion of the set of features to a ranking and response selection model trained via a machine learning process; identifying a rank for the activated bot using the ranking and response selection model and the portion of the set of features; and placing the activated bot in rank order compared to other activated bots to create a ranked list of bots; identifying a set of features corresponding to the activated bot; presenting at least a portion of the set of features to a ranking and response selection model trained via a machine learning process; identifying a rank for the activated bot using the ranking and response selection model and the portion of the set of features; and placing the activated bot in rank order compared to other activated bots to create a ranked list of bots; selecting at least one bot from the ranked list of bots; and presenting an output of at least one bot to the user.
An in-ear portion of an in-ear earpiece , comprising: a body having an upper portion shaped to make contact with the tragus and anti-tragus and having a substantially planar surface that substantially rests against the concha of a user's ear when worn by the user, and a lower portion shaped to enter the ear canal, the lower portion being not relied upon to provide retention of the in-ear earpiece in the ear, wherein a first void in the upper portion is configured to receive an acoustic driver module of the in-ear earpiece and a second void in the lower portion is configured so that a nozzle extending from the acoustic driver module can extend into the second void, the second void ending in an opening to conduct acoustic energy to the user's ear canal, and a positioning and retaining structure including an outer leg and an inner leg , wherein the outer leg and the inner leg are attached to the body at an attachment end, and attached at a joined end to each other, wherein the outer leg lies in a plane, wherein the outer leg is curved; wherein, to fit the antihelix, an outer edge of the outer leg has a variable radius of curvature, more-sharply curved near the body and flattening out at positions farther from the body . a body having an upper portion shaped to make contact with the tragus and anti-tragus and having a substantially planar surface that substantially rests against the concha of a user's ear when worn by the user, and a lower portion shaped to enter the ear canal, the lower portion being not relied upon to provide retention of the in-ear earpiece in the ear, wherein a first void in the upper portion is configured to receive an acoustic driver module of the in-ear earpiece and a second void in the lower portion is configured so that a nozzle extending from the acoustic driver module can extend into the second void, the second void ending in an opening to conduct acoustic energy to the user's ear canal, and a positioning and retaining structure including an outer leg and an inner leg , wherein the outer leg and the inner leg are attached to the body at an attachment end, and attached at a joined end to each other, wherein the outer leg lies in a plane, wherein the outer leg is curved; wherein, to fit the antihelix, an outer edge of the outer leg has a variable radius of curvature, more-sharply curved near the body and flattening out at positions farther from the body .
Method for producing a epitaxially grown layer on at least one growth plate comprising the following steps: - providing a masking substrate , - providing at least one growth plate comprising a chamfer , - bonding said at least one growth plate on the masking substrate , such that the masking substrate masks a first surface and exposes a second surface of said at least one plate , said second surface comprising the chamfer and said first surface being at least partially delimited by the chamfer , - after the bonding step , depositing at least one protective film at least on one portion of the chamfer of said at least one growth plate , - debonding said at least one growth plate from the masking substrate , and - after the debonding step , depositing at least one epitaxially grown layer from said first surface of said at least one growth plate . - providing a masking substrate , - providing at least one growth plate comprising a chamfer , - bonding said at least one growth plate on the masking substrate , such that the masking substrate masks a first surface and exposes a second surface of said at least one plate , said second surface comprising the chamfer and said first surface being at least partially delimited by the chamfer , - after the bonding step , depositing at least one protective film at least on one portion of the chamfer of said at least one growth plate , - debonding said at least one growth plate from the masking substrate , and - after the debonding step , depositing at least one epitaxially grown layer from said first surface of said at least one growth plate .
A tissue clip application fitting set or retrofitting set with a cap attachment (K) which is adapted to be put over the distal head of a medical endoscope (E) of the shaft type, and which, for this purpose, has a proximal placement section and a distal tissue clip holding section in the region of which a hollow chamber (H) open in the distal direction is formed internally, said hollow chamber being bordered at the distal end of the cap attachment (K) by a circumferential front edge formed in the distal transition from the hollow chamber (H) to a peripheral surface of the cap attachment (K) which is oriented in an outward direction and on which a tissue clip is supported radially in the region of the tissue clip holding section , wherein the circumferential front edge comprises at least two notches, grooves, recesses or offsets extending in the axial direction and formed or arranged on the front edge at a particular angular distance to each other, characterized by a working channel which is part of the cap attachment and opens into the hollow chamber (H) and exits the hollow chamber (H) radially in a region distal to the placement section and proximal to the radially supported tissue clip to be able to be guided longitudinally separately to the endoscope (E), a first guiding or leading element which is arranged in the hollow chamber (H), extends in the axial direction and, viewed in the distal direction, inclines radially into the hollow chamber (H), and which is subordinate to the working channel being part of the cap attachment in a distal direction, such that a first medical instrument introduced into the working channel being part of the cap attachement is deflected radially in the direction of the hollow chamber (H) at the first guiding or leading element , and a second guiding or leading element which is arranged within the hollow chamber (H) at an angular distance to the first guiding or leading element and extends in an axial direction as well as, viewed in the distal direction, inclines radially into the hollow chamber (H), and which is provided to be oriented in extension to a working channel being part of the endoscope, such that a second medical instrument introduced into the working channel being part of the endoscope in addition to the first medical instrument is deflected radially in the direction of the hollow chamber (H) at the second guiding or leading element .
A system for forming a medical implant to limit movement of a bodily fluid, comprising: a first chamber containing a first composition, the first composition including a polyol; a second chamber containing a second composition, the second composition including a multifunctional isocyanate; and a mechanism that places the first composition into contact with the second composition, said mechanism comprising an outlet nozzle selected from a static mixing nozzle, a dynamic mixing nozzle, a syringe plunger and an impeller, thereby forming a polyurethane foam; wherein the outlet nozzle is insertable into a body of a patient and is configured to mix the first and second compositions and permit the flow of a mixture of the first and second compositions into a body cavity of the patient. a first chamber containing a first composition, the first composition including a polyol; a second chamber containing a second composition, the second composition including a multifunctional isocyanate; and a mechanism that places the first composition into contact with the second composition, said mechanism comprising an outlet nozzle selected from a static mixing nozzle, a dynamic mixing nozzle, a syringe plunger and an impeller, thereby forming a polyurethane foam; wherein the outlet nozzle is insertable into a body of a patient and is configured to mix the first and second compositions and permit the flow of a mixture of the first and second compositions into a body cavity of the patient.
Induction hob, having at least one induction hob device (10a-b), having at least one space divider element (12a-b), which has at least one cut-out (14a-b), wherein the space divider element (12a-b) has at least one collar element (16a-b), which bounds the cut-out (14a-b) at least partially and wherein the induction hob device has at least one light source (20a-b), characterised in that the collar element (16a-b) projects beyond a main surface (18a-b) of the space divider element (12a-b) and when viewed vertically onto a main extension plane of the space divider element (12a-b), surrounds the cut-out (14a-b) with respect to a centre point and/or mathematical focus of the cut-out (14a-b) over an angle range of at least 180°, wherein the light source (20a-b) is arranged in an installation position at least to a large extent below the cut-out (14a-b) and is provided to illuminate at least one region above the space divider element (12a-b) through the cut-out (14a-b), and wherein the collar element (16a-b) is provided to bound the area illuminated by the light source (20a-b).
A composition for preparing a solid electrolyte, comprising: a polyrotaxane compound, a cross-linking agent, a lithium salt, and an organic solvent, wherein the cross-linking agent includes a compound represented by Formula 1 and a compound represented by Formula 2 below: wherein in Formula 1, L1 is a C1 to C10 alkylene group, wherein in Formula 2, L2 is a C1 to C5 alkylene group. a polyrotaxane compound, a cross-linking agent, a lithium salt, and an organic solvent, wherein the cross-linking agent includes a compound represented by Formula 1 and a compound represented by Formula 2 below: wherein in Formula 1, L1 is a C1 to C10 alkylene group, wherein in Formula 2, L2 is a C1 to C5 alkylene group.
Truck-mounted forklift truck for loading and/or unloading a cargo space, the truck-mounted forklift truck comprising: - a frame provided with mounting elements configured to mount the truck-mounted forklift on a truck provided with the cargo space; - a set of forks for picking up and/or setting down a cargo during the loading and/or unloading; - one or more wheel arms arranged on the frame and provided with a wheel , wherein the wheel arms are extendable, wherein the wheel arm is provided with a shaped guide configured to align the wheel arm in lateral direction for aligned extending and retracting of the wheel arm , wherein the shaped guide is provided with a guide groove, characterised in that the guide groove is provided with a V-shaped groove . - a frame provided with mounting elements configured to mount the truck-mounted forklift on a truck provided with the cargo space; - a set of forks for picking up and/or setting down a cargo during the loading and/or unloading; - one or more wheel arms arranged on the frame and provided with a wheel , wherein the wheel arms are extendable, wherein the wheel arm is provided with a shaped guide configured to align the wheel arm in lateral direction for aligned extending and retracting of the wheel arm , wherein the shaped guide is provided with a guide groove, characterised in that the guide groove is provided with a V-shaped groove .
A method comprising: sending , by a device , a first public key of the device to a trusted entity device for providing it to another device , the trusted entity device maintaining a list of devices that are trusted within a domain, the list of devices including the device and another device ; receiving , by the device, a second public key of the another device from the trusted entity device ; after said receiving the second public key of the another device, sending , by the device , to the another device , a request to connect via a media access control (MAC) address, the request to connect encrypted with the second public key and signed with a private key that is associated with the device ; and establishing a connection with the another device in response to the another device using the first public key to verify the request to connect via the MAC address, characterized in that the first public key of the device is generated and sent to the trusted entity device by the device before said receiving the second public key of the another device ; not only the request but also the MAC address is both encrypted for a decryption by the another device using its private key and signed; and not only the signature of the request, but also the signature of the MAC address is verified using the public key of the first device. sending , by a device , a first public key of the device to a trusted entity device for providing it to another device , the trusted entity device maintaining a list of devices that are trusted within a domain, the list of devices including the device and another device ; receiving , by the device, a second public key of the another device from the trusted entity device ; after said receiving the second public key of the another device, sending , by the device , to the another device , a request to connect via a media access control (MAC) address, the request to connect encrypted with the second public key and signed with a private key that is associated with the device ; and establishing a connection with the another device in response to the another device using the first public key to verify the request to connect via the MAC address, characterized in that the first public key of the device is generated and sent to the trusted entity device by the device before said receiving the second public key of the another device ; not only the request but also the MAC address is both encrypted for a decryption by the another device using its private key and signed; and not only the signature of the request, but also the signature of the MAC address is verified using the public key of the first device.