mhurhangee/patent-ind-claim-en huggingface dataset:
A lighting fixture for mounting on a wall , having - a lighting element for generating light, - a mounting element for fixing to the wall , - a supporting element on which the lighting element is arranged and which is designed to be held on the mounting element , wherein the supporting element has first electric contacting elements for supplying power to the lighting element and the mounting element has second electric contacting elements , which are designed for electrically connecting to the first electric contacting elements , wherein the lighting fixture is designed in such a manner that the supporting element can be brought from a first position (P1), in which the first electric contacting elements are not electrically connected to the second electric contacting elements , into an operating position (P2) solely by means of a sliding movement relative to the mounting element along a direction (R), in which operating position (P2) the first electric contacting elements are electrically connected to the second electric contacting elements and moreover the supporting element is held on the mounting element , wherein the mounting element has a contact surface for the supporting element and the lighting fixture is designed in such a manner that the supporting element can be brought into a contact position (P0) relative to the mounting element , in which contact position it contacts the contact surface and subsequently can be brought from the contact position (P0) into the first position (P1) solely by a rotational movement about an axis of rotation (A), characterized in that the axis of rotation (A) is not oriented extending parallel to the direction (R), for example, perpendicular to the direction (R), and that the supporting element has at least one mechanical holding element for holding the supporting element on the mounting element , wherein the lighting fixture is designed in such a manner that the supporting element is not held on the mounting element by the at least one holding element , if the supporting element is located in the first position (P1) and the supporting element is held on the mounting element by the at least one holding element , if the supporting element is located in the operating position (P2). - a lighting element for generating light, - a mounting element for fixing to the wall , - a supporting element on which the lighting element is arranged and which is designed to be held on the mounting element ,
Method of communication between a system for controlling a vehicle and a set of mobile telecommunications devices , said set of mobile telecommunications devices comprising a first mobile telecommunications device and at least one second mobile telecommunications device , the communication method comprising a step (E1) of transmitting a message by the control system , characterized in that the message indicates that the control system is in a position tracking state, relative to the vehicle , and that this position is that of the first mobile telecommunications device , and in that the communication method comprises a step (E2) of reception and processing of the message by the second mobile telecommunications device which results in the second mobile telecommunications device restricting its connection capacity to the control system or prohibits himself from connecting to the control system .
A computing system, comprising: a processor ; a front end system that exposes an application programming interface (API) that receives an access request requesting access to a protected resource, the access request having a header portion and a parameter portion; and a security system that: identifies a signed resource access token including a signature in the header portion of the access request, wherein the signed resource access token has a content portion that includes a first identifier, and the parameter portion of the access request has a second identifier; generates a comparison result indicative of a comparison of the first identifier with the second identifier; and authorizes the access request based on ensuring that the signed resource access token is authorized using the signature and on the comparison result being a match, wherein the security system comprises API header parsing logic configured to parse the header portion to identify the signed resource access token. a processor ; a front end system that exposes an application programming interface (API) that receives an access request requesting access to a protected resource, the access request having a header portion and a parameter portion; and a security system that: identifies a signed resource access token including a signature in the header portion of the access request, wherein the signed resource access token has a content portion that includes a first identifier, and the parameter portion of the access request has a second identifier; generates a comparison result indicative of a comparison of the first identifier with the second identifier; and authorizes the access request based on ensuring that the signed resource access token is authorized using the signature and on the comparison result being a match, wherein the security system comprises API header parsing logic configured to parse the header portion to identify the signed resource access token. identifies a signed resource access token including a signature in the header portion of the access request, wherein the signed resource access token has a content portion that includes a first identifier, and the parameter portion of the access request has a second identifier; generates a comparison result indicative of a comparison of the first identifier with the second identifier; and authorizes the access request based on ensuring that the signed resource access token is authorized using the signature and on the comparison result being a match, wherein the security system comprises API header parsing logic configured to parse the header portion to identify the signed resource access token.
A method of making a tiled article , the method comprising: providing a tile including a top surface comprising prism elements , wherein the tile comprises a master comprising a substrate including prism elements on a top surface thereof; forming a depression in the substrate which results in the removal of only a top peripheral portion of the substrate thereby creating a lip on a bottom or lower portion of the substrate ; forming a wall on the tile by removing a portion of the top surface of the tile , wherein the wall is made in the substrate by forming the depression in the substrate and wherein a reference edge corresponds to the wall , wherein the wall shares a first common edge with the top surface of the tile ; forming replicas of the tile ; forming a face on each replica by removing a portion of each replica which results in removal of the lip and exposing the reference edge such that is mateable face-to-face, and wherein the face shares a second common edge with a wall , corresponding to the wall formed on the tile , on each replica, and a first common edge , corresponding to the first common edge of the tile , of each replica is on an opposite side of the wall of each replica from the second common edge ; and positioning the replicas such that the wall , corresponding to the wall formed on the tile , on each replica is face-to-face with, and directly abuts another wall corresponding to the wall formed on the tile on an adjacent replica to thereby form a tiled article , wherein each face on each replica is at an angle (Fθ) of less than 180°from the wall as measured through the replica. providing a tile including a top surface comprising prism elements , wherein the tile comprises a master comprising a substrate including prism elements on a top surface thereof; forming a depression in the substrate which results in the removal of only a top peripheral portion of the substrate thereby creating a lip on a bottom or lower portion of the substrate ; forming a wall on the tile by removing a portion of the top surface of the tile , wherein the wall is made in the substrate by forming the depression in the substrate and wherein a reference edge corresponds to the wall , wherein the wall shares a first common edge with the top surface of the tile ; forming replicas of the tile ; forming a face on each replica by removing a portion of each replica which results in removal of the lip and exposing the reference edge such that is mateable face-to-face, and wherein the face shares a second common edge with a wall , corresponding to the wall formed on the tile , on each replica, and a first common edge , corresponding to the first common edge of the tile , of each replica is on an opposite side of the wall of each replica from the second common edge ; and positioning the replicas such that the wall , corresponding to the wall formed on the tile , on each replica is face-to-face with, and directly abuts another wall corresponding to the wall formed on the tile on an adjacent replica to thereby form a tiled article , wherein each face on each replica is at an angle (Fθ) of less than 180°from the wall as measured through the replica.
An apparatus comprising: a resource allocator adapted to dynamically allocate to a plurality of nodes of a cellular network non-cellular radio resources for communication over a plurality of non-cellular wireless communication links, said resource allocator is adapted to assign said non-cellular radio resources to a plurality of resource blocks corresponding to a plurality of link types, and to dynamically allocate to a non-cellular wireless communication link resources from a resource block corresponding to a link type of said non-cellular wireless communication link, wherein said plurality of resource blocks include a backhaul resource block , a fronthaul resource block , an access resource block , and an open resource block , the backhaul resource block including non-cellular radio resources to be allocated to non-cellular wireless communication backhaul links, the fronthaul resource block including non-cellular radio resources to be allocated to non-cellular wireless communication fronthaul links, the access resource block including non-cellular radio resources to be allocated to non-cellular wireless communication access links, and the open resource block including non-cellular radio resources to be assigned to one or more of the backhaul resource block , fronthaul resource block or access resource block if needed, and wherein said non-cellular wireless communication links comprise millimeter wave, mmwave, links. a resource allocator adapted to dynamically allocate to a plurality of nodes of a cellular network non-cellular radio resources for communication over a plurality of non-cellular wireless communication links, said resource allocator is adapted to assign said non-cellular radio resources to a plurality of resource blocks corresponding to a plurality of link types, and to dynamically allocate to a non-cellular wireless communication link resources from a resource block corresponding to a link type of said non-cellular wireless communication link, wherein said plurality of resource blocks include a backhaul resource block , a fronthaul resource block , an access resource block , and an open resource block , the backhaul resource block including non-cellular radio resources to be allocated to non-cellular wireless communication backhaul links, the fronthaul resource block including non-cellular radio resources to be allocated to non-cellular wireless communication fronthaul links, the access resource block including non-cellular radio resources to be allocated to non-cellular wireless communication access links, and the open resource block including non-cellular radio resources to be assigned to one or more of the backhaul resource block , fronthaul resource block or access resource block if needed, and wherein said non-cellular wireless communication links comprise millimeter wave, mmwave, links.
Apparatus (VOR) for unlocking a device, the device having a computing unit (RE) and at least one operator control unit (BE), which is electrically connectable to the computing unit (RE), characterized in that the apparatus (VOR) has the following units: a) a first reception unit (EE1) for receiving electrical signals (ESIG) from the at least one operator control unit (BE), the first reception unit (EE1) being in particular designed to receive the electrical signals (ESIG) by means of an electrically conductive cable (KA1) or wirelessly; b) a transmission unit (SE) for transmitting the electrical signals (ESIG) of the at least one operator control unit (BE) to the computing unit (RE); c) a second reception unit (EE2) for receiving at least one access message (ZN) transmitted by means of an electromagnetic signal (EMS) and sent out by a token (TOK); d) an authorization unit (AE) for generating a switching signal (SSIG) if a check on the access message (ZN) sent out by the token (TOK) reveals that unlocking of the device is permitted by means of the access message (ZN); and e) an unlocking unit (FSE) for unlocking the transmission of the electrical signals (ESIG) from the first reception unit (EE1) to the transmission unit (SE) on the basis of the generated switching signal (SSIG), wherein - the transmission unit (SE) is connected to the computing unit (RE) via a further electrically conductive cable (KA2) for the purpose of sending the electrical signals (ESIG), and - the apparatus (VOR) additionally has the further cable (KA2), which is inseparably connected to the apparatus (VOR). a) a first reception unit (EE1) for receiving electrical signals (ESIG) from the at least one operator control unit (BE), the first reception unit (EE1) being in particular designed to receive the electrical signals (ESIG) by means of an electrically conductive cable (KA1) or wirelessly; b) a transmission unit (SE) for transmitting the electrical signals (ESIG) of the at least one operator control unit (BE) to the computing unit (RE); c) a second reception unit (EE2) for receiving at least one access message (ZN) transmitted by means of an electromagnetic signal (EMS) and sent out by a token (TOK); d) an authorization unit (AE) for generating a switching signal (SSIG) if a check on the access message (ZN) sent out by the token (TOK) reveals that unlocking of the device is permitted by means of the access message (ZN); and e) an unlocking unit (FSE) for unlocking the transmission of the electrical signals (ESIG) from the first reception unit (EE1) to the transmission unit (SE) on the basis of the generated switching signal (SSIG), wherein - the transmission unit (SE) is connected to the computing unit (RE) via a further electrically conductive cable (KA2) for the purpose of sending the electrical signals (ESIG), and - the apparatus (VOR) additionally has the further cable (KA2), which is inseparably connected to the apparatus (VOR).
Citrulline or a salt thereof and citicoline or a salt thereof for combined therapeutic use in the protection of brain neuronal cells.
A staple cartridge assembly (1250; 1450; 1750), comprising: an elongated channel (1257; 1457; 1757) ; a staple cartridge (1220; 1420; 1720) insertable into the elongated channel for assembly therewith, wherein the staple cartridge comprises: a cartridge pan (1258; 1458; 1558; 1658); and a sled (1262; 1462; 1762) translatable relative to the cartridge pan from a first position toward a second position, characterised in that the elongated channel comprises first retaining features (1270a, 1270b; 1470a, 1470b; 1770), wherein the first retaining features are configured to resist a movement by the sled beyond the first position up to a predetermined force. an elongated channel (1257; 1457; 1757) ; a staple cartridge (1220; 1420; 1720) insertable into the elongated channel for assembly therewith, wherein the staple cartridge comprises: a cartridge pan (1258; 1458; 1558; 1658); and a sled (1262; 1462; 1762) translatable relative to the cartridge pan from a first position toward a second position, characterised in that the elongated channel comprises first retaining features (1270a, 1270b; 1470a, 1470b; 1770), wherein the first retaining features are configured to resist a movement by the sled beyond the first position up to a predetermined force.
A thermal flow sensor, comprising: an air flow rate detection element with a diaphragm having a thin-film portion in a semiconductor substrate; at least one heat generating resistor on the diaphragm ; at least one temperature measuring resistor that detects temperature on each of an upstream side and a downstream side of the heat generating resistor ; and a correction circuit portion that processes an output signal of the air flow rate detection element on the basis of temperature difference information of at least the two temperature measuring resistors on the upstream side and the downstream side, wherein a waveform of the output signal processed by the correction circuit portion is a waveform obtained by cutting a part of an upper part or a lower part constituting a peak value by outputting of a predetermined value when the peak value of the waveform exceeds the predetermined value, characterized in that , the predetermined value is determined from two parameters of an amplitude value and an average flow rate obtained from signals based on the output signal of the air flow rate detection element. an air flow rate detection element with a diaphragm having a thin-film portion in a semiconductor substrate; at least one heat generating resistor on the diaphragm ; at least one temperature measuring resistor that detects temperature on each of an upstream side and a downstream side of the heat generating resistor ; and a correction circuit portion that processes an output signal of the air flow rate detection element on the basis of temperature difference information of at least the two temperature measuring resistors on the upstream side and the downstream side, wherein a waveform of the output signal processed by the correction circuit portion is a waveform obtained by cutting a part of an upper part or a lower part constituting a peak value by outputting of a predetermined value when the peak value of the waveform exceeds the predetermined value, characterized in that , the predetermined value is determined from two parameters of an amplitude value and an average flow rate obtained from signals based on the output signal of the air flow rate detection element.
A visual dental floss, characterized in that the visual dental floss includes a dental floss , an oral viewer and a connecting mechanism ; A. the dental floss includes a floss , a bracket and a mounting base ; the ends of the floss of the dental floss are respectively fixed on a left arm (12-1) and a right arm (12-2) of the bracket , and the bracket is arranged on the mounting base ; B. the oral viewer includes a housing , a power supply system , a lighting system , a camera system (24-1), a circuit system and a switch ; the lighting system , the camera system (24-1), the circuit system and the power supply system are mounted in the housing , and the switch is mounted on the housing ; the lighting system , the camera system (24-1), the power supply system and the switch are connected together through the circuit system ; C. the dental floss is mounted on the oral viewer through the connecting mechanism ; characterized in that D. the angle δ between the floss of the dental floss and the center line of the head (21-1) of the housing of the oral viewer is adjustable. A. the dental floss includes a floss , a bracket and a mounting base ; the ends of the floss of the dental floss are respectively fixed on a left arm (12-1) and a right arm (12-2) of the bracket , and the bracket is arranged on the mounting base ; B. the oral viewer includes a housing , a power supply system , a lighting system , a camera system (24-1), a circuit system and a switch ; the lighting system , the camera system (24-1), the circuit system and the power supply system are mounted in the housing , and the switch is mounted on the housing ; the lighting system , the camera system (24-1), the power supply system and the switch are connected together through the circuit system ; C. the dental floss is mounted on the oral viewer through the connecting mechanism ; characterized in that D. the angle δ between the floss of the dental floss and the center line of the head (21-1) of the housing of the oral viewer is adjustable.
A method performed by a wireless device for providing an improved cell reselection procedure, wherein the wireless device is served in a serving cell (212-1) by a first Radio Network Node, RNN, , wherein the wireless device and the first RNN are operating in a wireless communications network , and wherein the method comprises: - at a first point in time (T1), determining a first signal quality of a first signal received from the serving cell (212-1); - at a second point in time (T2), determining a second signal quality of a second signal received from a neighbour cell (212-2, 222, 232); - based on the difference between the determined first signal quality and the determined second signal quality, determining a first trigger condition for performing measurements for cell reselection; - at a third point in time (T3), determining a third signal quality of a third signal received from the serving cell (212-1); and - when a difference between the third signal quality and the first signal quality has passed the first trigger condition, performing one or more measurements for cell reselection. - at a first point in time (T1), determining a first signal quality of a first signal received from the serving cell (212-1); - at a second point in time (T2), determining a second signal quality of a second signal received from a neighbour cell (212-2, 222, 232); - based on the difference between the determined first signal quality and the determined second signal quality, determining a first trigger condition for performing measurements for cell reselection; - at a third point in time (T3), determining a third signal quality of a third signal received from the serving cell (212-1); and - when a difference between the third signal quality and the first signal quality has passed the first trigger condition, performing one or more measurements for cell reselection.