mhurhangee/patent-ind-claim-en huggingface dataset:
Tread profile of a pneumatic vehicle tyre - in particular a pneumatic car tyre - with at least one circumferential rib , which is delimited in the axial direction A by a first and a second circumferential groove, wherein first and second grooves that are arranged over the circumference alternately one behind the other in the circumferential direction U are formed in the circumferential rib , wherein the first and second grooves are respectively formed from a first and a second groove arm, which are connected to one another at a vertex point of the groove which is positioned at a distance from the two circumferential grooves , wherein the first groove arm of the first grooves is respectively made to extend in the axial direction A from the first circumferential groove to the vertex point of the first groove and the first groove arm of the second grooves is respectively made to extend in the axial direction A from the second circumferential groove to the vertex point of the second groove , characterized in that the second groove arm of the first grooves is respectively made to extend in the axial direction A from the first circumferential groove to the vertex point of the first groove and the second groove arm of the second grooves is respectively made to extend in the axial direction A from the second circumferential groove to the vertex point of the second groove , in that the first groove arm and the second groove arm of the first groove are formed along the course of their extent from the first circumferential groove to the vertex point in such a way that they run with an increasing circumferential direction component curved oppositely in relation to one another and in that the first groove arm and the second groove arm of the second groove are formed along the course of their extent from the second circumferential groove to the vertex point in such a way that they run with an increasing circumferential direction component curved oppositely in relation to one another, and in that the vertex point of the first groove is respectively arranged in an axial position between the vertex point of the second grooves and the second circumferential groove and the vertex point of the second groove is respectively arranged in an axial position between the vertex point of the first grooves and the first circumferential groove .
A process for producing an ethylene-based polymer, the process comprising polymerizing a reaction mixture comprising ethylene in a reaction configuration comprising a first tubular reaction zone 1 and a last tubular reaction zone i, in which i is greater than or equal to (≥) 4, under high pressure polymerization conditions, and in which the first reaction zone 1 has a peak polymerization temperature of ≥ 320°C, and the last reaction zone i has a peak polymerization temperature of ≤ 290°C.
A system for intercepting a rogue drone , the system comprising: a broad-angle electromagnetic radiation emitter for illuminating a cone of sky with coded electromagnetic radiation ; and an air vehicle , comprising: an electromagnetic radiation detector for receiving coded electromagnetic radiation reflected from a rogue drone operating in the cone of sky; and a controller for determining the position of the rogue drone based on the received coded electromagnetic radiation, characterised by: the detector comprising a notch filter for selecting the coded electromagnetic radiation and for disregarding light from other sources. a broad-angle electromagnetic radiation emitter for illuminating a cone of sky with coded electromagnetic radiation ; and an air vehicle , comprising: an electromagnetic radiation detector for receiving coded electromagnetic radiation reflected from a rogue drone operating in the cone of sky; and a controller for determining the position of the rogue drone based on the received coded electromagnetic radiation, an electromagnetic radiation detector for receiving coded electromagnetic radiation reflected from a rogue drone operating in the cone of sky; and a controller for determining the position of the rogue drone based on the received coded electromagnetic radiation,
A method for detecting a link status on an Ethernet connection between a first Ethernet-compliant network device and a second Ethernet-compliant network device , where at least part of a transmission path is implemented via a wireless connection between a first wireless link device connected to the first Ethernet-compliant network device and a second wireless link device connected to the second Ethernet-compliant network device , the method comprising the first wireless link device performing: establishing a wireless connection to the second wireless link device ; establishing a wired connection to the first Ethernet-compliant network device ; characterized by sending a remote link status message indicating the status of the wired connection between the first wireless link device and the first Ethernet-compliant network device repeatedly to the second wireless link device ; monitoring a remote link status message received from the second wireless link device , said remote link status message indicating the status of the wired connection between the second wireless link device and the second Ethernet-compliant network device ; and in response to no remote link status message is received within a predetermined period or the received remote link status message indicating a failed connection between the second wireless link device and the second Ethernet-compliant network device , shutting down the wired connection to the first Ethernet-compliant network device . establishing a wireless connection to the second wireless link device ; establishing a wired connection to the first Ethernet-compliant network device ; characterized by sending a remote link status message indicating the status of the wired connection between the first wireless link device and the first Ethernet-compliant network device repeatedly to the second wireless link device ; monitoring a remote link status message received from the second wireless link device , said remote link status message indicating the status of the wired connection between the second wireless link device and the second Ethernet-compliant network device ; and in response to no remote link status message is received within a predetermined period or the received remote link status message indicating a failed connection between the second wireless link device and the second Ethernet-compliant network device , shutting down the wired connection to the first Ethernet-compliant network device .
An antenna element comprising: a radiator unit cell structure having a first open end and a second end with a conductive horizontal back plane disposed thereover, with the back plane corresponding to a ground plane; a vertical conductor wall (16; 16a) disposed in said radiating unit cell structure and electrically connected to said horizontal back plane; a horizontal conductor disposed in said radiator unit cell structure and spaced apart from but capacitively coupled to a top edge of said vertical conductor wall, said horizontal conductor corresponding to a patch antenna element; and a vertical feed line (18; 18a) electrically coupled to and disposed proximate and not in contact with said vertical conductor wall to guide current to a feed point, and having a first end electrically coupled to and disposed through an opening in said horizontal backplane such that the feed line does not contact the horizontal backplane and having a second end electrically coupled to the feed point proximate a feed circuit element electrically coupled to said horizontal conductor, with said vertical feed line positioned such that at a first frequency, said vertical feed line couples signals to said patch antenna element and at a second, higher frequency, said vertical feed line generates RF signals in a guided path mode within said radiator unit cell structure. a radiator unit cell structure having a first open end and a second end with a conductive horizontal back plane disposed thereover, with the back plane corresponding to a ground plane; a vertical conductor wall (16; 16a) disposed in said radiating unit cell structure and electrically connected to said horizontal back plane; a horizontal conductor disposed in said radiator unit cell structure and spaced apart from but capacitively coupled to a top edge of said vertical conductor wall, said horizontal conductor corresponding to a patch antenna element; and a vertical feed line (18; 18a) electrically coupled to and disposed proximate and not in contact with said vertical conductor wall to guide current to a feed point, and having a first end electrically coupled to and disposed through an opening in said horizontal backplane such that the feed line does not contact the horizontal backplane and having a second end electrically coupled to the feed point proximate a feed circuit element electrically coupled to said horizontal conductor, with said vertical feed line positioned such that at a first frequency, said vertical feed line couples signals to said patch antenna element and at a second, higher frequency, said vertical feed line generates RF signals in a guided path mode within said radiator unit cell structure.
A pharmaceutical composition comprising 0.003 - 0.03 % by weight of ivermectin relative to the total weight of the composition in a pharmaceutically acceptable carrier, for use in the treatment and/or prevention of atopic dermatitis, wherein the composition is administered by topical application.
A system for conveying a tool from surface to a target sub , the system comprising: a string comprising a plurality of subs including the target sub , each sub having a latch deflector and a latch-stopping shoulder , a distance between the latch deflector and the latch-stopping shoulder defining a deflection radius for each sub; and a lock mounted on the tool, having a knob capable of deflecting the lock away from the latch-stopping shoulder by interaction of the knob with one or more of the latch deflectors , placing the lock into a non-engageable posture, and a latch configured for latching engagement with a latch-stopping shoulder of the target sub when the lock is not in the non-engageable posture, a distance between the knob and the latch defining a latch radius of the lock, and the latch radius of the lock being less than or substantially equal to the deflection radius of the target sub, wherein, the latch is configured in use to be deflected away from the latch-stopping shoulder by the engagement of the latch deflector of each sub and the knob of the lock until the latch engages the latch stopping shoulder of the target sub of the plurality of subs whose latch radius is less than or equal to the deflection radius of the lock . a string comprising a plurality of subs including the target sub , each sub having a latch deflector and a latch-stopping shoulder , a distance between the latch deflector and the latch-stopping shoulder defining a deflection radius for each sub; and a lock mounted on the tool, having a knob capable of deflecting the lock away from the latch-stopping shoulder by interaction of the knob with one or more of the latch deflectors , placing the lock into a non-engageable posture, and a latch configured for latching engagement with a latch-stopping shoulder of the target sub when the lock is not in the non-engageable posture, a distance between the knob and the latch defining a latch radius of the lock, and the latch radius of the lock being less than or substantially equal to the deflection radius of the target sub, wherein, the latch is configured in use to be deflected away from the latch-stopping shoulder by the engagement of the latch deflector of each sub and the knob of the lock until the latch engages the latch stopping shoulder of the target sub of the plurality of subs whose latch radius is less than or equal to the deflection radius of the lock .
A sheet manufacturing apparatus which manufactures a sheet (S) by using a raw material containing a fiber, the apparatus comprising: an accumulation unit that accumulates a material containing a fiber and a resin; a heating unit that includes a first rotating body and a second rotating body and heats a sediment accumulated by the accumulation unit; characterised in that the sheet manufacturing apparatus further comprises: a displacement mechanism that displaces the heating unit to a first position where the first rotating body and second rotating body nip and heat the sediment and a second position where the first rotating body and the second rotating body are separated from each other; and a controller that displaces the first rotating body and the second rotating body to the first position after heating the first rotating body and the second rotating body in the second position. an accumulation unit that accumulates a material containing a fiber and a resin; a heating unit that includes a first rotating body and a second rotating body and heats a sediment accumulated by the accumulation unit; characterised in that the sheet manufacturing apparatus further comprises: a displacement mechanism that displaces the heating unit to a first position where the first rotating body and second rotating body nip and heat the sediment and a second position where the first rotating body and the second rotating body are separated from each other; and a controller that displaces the first rotating body and the second rotating body to the first position after heating the first rotating body and the second rotating body in the second position. a displacement mechanism that displaces the heating unit to a first position where the first rotating body and second rotating body nip and heat the sediment and a second position where the first rotating body and the second rotating body are separated from each other; and a controller that displaces the first rotating body and the second rotating body to the first position after heating the first rotating body and the second rotating body in the second position.
Latch assembly for an automotive vehicle with at least one first element and a second element, one element being mobile to the other one, comprising : - a latch intended to be fixed in the first element, - a striker with at least one wire and intended to be fixed in the second element, the latch being able to maintain the striker , the latch further comprising a claw adapted to receive the wire by rotating around the wire according to a first axis (X1) and having at least one recess in a convex shape disposed in the body of the latch facing the said wire , the said recess having a first end and a second end , a length (L) of a segment (S) between the first end and the second end being superior to the diameter (d) of the wire facing the recess. - a latch intended to be fixed in the first element, - a striker with at least one wire and intended to be fixed in the second element, the latch being able to maintain the striker ,
A method for a user equipment, UE, in a wireless communication system, the method comprising: performing, at the UE, a device-to-device, D2D, communication in a radio resource control, RRC, idle mode; entering, at the UE, a RRC connected mode; upon entering the RRC connected mode at the UE, transmitting, at the UE, D2D related information of the D2D communication which is performed in an RRC idle mode to a mobility management entity, MME, via a non-access stratum, NAS, message, wherein the D2D related information includes quality of service, QoS, characteristics of the D2D communication and a D2D configuration of the D2D communication, wherein the NAS message causes the MME to transmit the D2D related information to an eNodeB, eNB; receiving, at the UE, scheduling information for the D2D communication in a D2D mode 1 based on the D2D related information, from the eNB; and transmitting, at the UE, information informing a stop of the D2D communication to the MME, wherein the QoS characteristics of the D2D communication include at least one of delay and bit rate, wherein the D2D configuration includes the D2D mode 1 and the D2D scheduling configuration of the D2D communication which is performed by the UE in the RRC idle mode. performing, at the UE, a device-to-device, D2D, communication in a radio resource control, RRC, idle mode; entering, at the UE, a RRC connected mode; upon entering the RRC connected mode at the UE, transmitting, at the UE, D2D related information of the D2D communication which is performed in an RRC idle mode to a mobility management entity, MME, via a non-access stratum, NAS, message, wherein the D2D related information includes quality of service, QoS, characteristics of the D2D communication and a D2D configuration of the D2D communication, wherein the NAS message causes the MME to transmit the D2D related information to an eNodeB, eNB; receiving, at the UE, scheduling information for the D2D communication in a D2D mode 1 based on the D2D related information, from the eNB; and transmitting, at the UE, information informing a stop of the D2D communication to the MME, wherein the QoS characteristics of the D2D communication include at least one of delay and bit rate, wherein the D2D configuration includes the D2D mode 1 and the D2D scheduling configuration of the D2D communication which is performed by the UE in the RRC idle mode.
Skin treatment system , comprising: a functional member configured to perform a treatment action on skin and to be moved over the skin during operation of the system , a measurement unit including a measurement member configured to also be moved over the skin during operation of the functional member and to contact the skin in the process, wherein the measurement unit is configured to obtain at least one measured force value by measuring at least one force value related to interaction of the measurement member with the skin , including a force value in an advancing direction (A) in which the measurement member is moved over the skin during operation of the functional member , characterised by the skin treatment system further comprising: a processor unit configured to receive the at least one measured force value from the measurement unit , and to determine a friction coefficient value representative of the friction coefficient of the skin on the basis of at least a measured force value in the advancing direction (A) to assess the condition of skin. a functional member configured to perform a treatment action on skin and to be moved over the skin during operation of the system , a measurement unit including a measurement member configured to also be moved over the skin during operation of the functional member and to contact the skin in the process, wherein the measurement unit is configured to obtain at least one measured force value by measuring at least one force value related to interaction of the measurement member with the skin , including a force value in an advancing direction (A) in which the measurement member is moved over the skin during operation of the functional member , characterised by the skin treatment system further comprising: a processor unit configured to receive the at least one measured force value from the measurement unit , and to determine a friction coefficient value representative of the friction coefficient of the skin on the basis of at least a measured force value in the advancing direction (A) to assess the condition of skin.
Radiation protection container for a radiation source of a measuring system for radiometric density or level measurement , comprising: - A first base body with a first, planar surface , - a second base body with a second, planar surface , - a first connecting means which positively connects the first base body and the second base body at the surfaces in such a way that the surfaces define a planar plane (E), - a beam waveguide , which is formed by the two base bodies , with o a first open end region to which the radiation source can be fixed, and o a second open end region , characterized by - at least one first beam absorption structure , which is formed by depressions and complementary elevations in the first surface or in the second surface in such a way that the first beam absorption structure extends in the plane (E) starting from the beam waveguide , wherein the radiation waveguide extends in a straight line in the plane (E). - A first base body with a first, planar surface , - a second base body with a second, planar surface , - a first connecting means which positively connects the first base body and the second base body at the surfaces in such a way that the surfaces define a planar plane (E), - a beam waveguide , which is formed by the two base bodies , with o a first open end region to which the radiation source can be fixed, and o a second open end region , characterized by o a first open end region to which the radiation source can be fixed, and o a second open end region , - at least one first beam absorption structure , which is formed by depressions and complementary elevations in the first surface or in the second surface in such a way that the first beam absorption structure extends in the plane (E) starting from the beam waveguide ,
A process for producing digitally imaged products, comprising the steps of: storing a plurality digital images in a database accessible to a central computing device; encrypting each of the digital images with a public key that is unique to each digital image of the plurality of digital images; selecting a digital image from the plurality of digital images; providing payment information to the central computing device for an imaged substrate imaged with the selected digital image; providing an imaged product producer with a private key; the central computing device selecting the imaged product producer to produce an imaged product imaged with the selected digital image; the imaged product producer decrypting the image using a private key assigned to the imaged product producer; producing the imaged substrate comprising the selected digital image formed on the substrate; and the central computing device allocating a portion of the payment for the imaged substrate imaged with the selected digital image to a creator of the digital image. storing a plurality digital images in a database accessible to a central computing device; encrypting each of the digital images with a public key that is unique to each digital image of the plurality of digital images; selecting a digital image from the plurality of digital images; providing payment information to the central computing device for an imaged substrate imaged with the selected digital image; providing an imaged product producer with a private key; the central computing device selecting the imaged product producer to produce an imaged product imaged with the selected digital image; the imaged product producer decrypting the image using a private key assigned to the imaged product producer; producing the imaged substrate comprising the selected digital image formed on the substrate; and the central computing device allocating a portion of the payment for the imaged substrate imaged with the selected digital image to a creator of the digital image.