mhurhangee/ep-ind-claims huggingface dataset:
A method of setting, by a user equipment, a resource pool for direct device-to-device, D2D, communication in a wireless communication system, the method comprising: obtaining first information on a scheduling assignment, SA, resource pool via a synchronization procedure from a specific user equipment; detecting a resource allocation SA from the SA resource pool; receiving a first D2D data channel through a resource indicated by the resource allocation SA, the first D2D data channel containing second information on a resource pool for a second D2D data channel containing user data or a resource pool for a discovery signal; and configuring the resource pool for the second D2D data channel or the resource pool for the discovery signal according to the second information. obtaining first information on a scheduling assignment, SA, resource pool via a synchronization procedure from a specific user equipment; detecting a resource allocation SA from the SA resource pool; receiving a first D2D data channel through a resource indicated by the resource allocation SA, the first D2D data channel containing second information on a resource pool for a second D2D data channel containing user data or a resource pool for a discovery signal; and configuring the resource pool for the second D2D data channel or the resource pool for the discovery signal according to the second information.
Apparatus for fastening and contacting a lighting means and/or lighting module, in particular an LED module, wherein the apparatus has at least one socket housing, wherein the lighting means and/or lighting module, in particular LED module, is arranged in the socket housing of the apparatus, wherein the lighting means and/or lighting module, in particular LED module, has at least two contacting elements arranged separate from one another on the lighting means and/or lighting module, in particular LED module, and electrically contacted with an individual contact, respectively, of the socket housing, wherein the fastening of the lighting means and/or lighting module, in particular LED module, in the socket housing takes place according to the principle of a bayonet lock via other means than the contacting elements and characterized in that the apparatus has an adapter element with at least one collection contact point, wherein at least one electrical connection is present, wherein an individual contact of the socket housing and a contact of a collection contact point are connected with an electrical connection.
An apparatus (3.00) for fabricating containers, comprising: - a plurality of mold segments (104A, 104B, 104C), said plurality of mold segments (104A, 104B, 104C) defining a mold cavity substantially in the form of a container and configured to accommodate a substantially tubular preform having a preform cavity communicating with an open end; - an injection head, said injection head configured to cooperate with said open end of said preform and establish fluid communication therewith; - an injection cylinder, said injection cylinder comprising a chamber with a piston mobile therein and being disposed in fluid communication with said injection head, and further configured to inject a volume of liquid into said preform when said piston is advanced into said chamber; and - a closure cylinder, said closure cylinder being configured to exert a force on at least one of the mold segments (104A, 104B, 104C) so as to maintain said mold segments (104A, 104B, 104C) in a closed disposition; said apparatus characterized in that it further comprises a motor cylinder comprising a piston, the piston of said motor cylinder driving said piston of said injection cylinder, the motor cylinder and closure cylinder being concurrently driven by a single pressure source. - a plurality of mold segments (104A, 104B, 104C), said plurality of mold segments (104A, 104B, 104C) defining a mold cavity substantially in the form of a container and configured to accommodate a substantially tubular preform having a preform cavity communicating with an open end; - an injection head, said injection head configured to cooperate with said open end of said preform and establish fluid communication therewith; - an injection cylinder, said injection cylinder comprising a chamber with a piston mobile therein and being disposed in fluid communication with said injection head, and further configured to inject a volume of liquid into said preform when said piston is advanced into said chamber; and - a closure cylinder, said closure cylinder being configured to exert a force on at least one of the mold segments (104A, 104B, 104C) so as to maintain said mold segments (104A, 104B, 104C) in a closed disposition; said apparatus characterized in that it further comprises a motor cylinder comprising a piston, the piston of said motor cylinder driving said piston of said injection cylinder, the motor cylinder and closure cylinder being concurrently driven by a single pressure source.
Hold-open installation for holding open an open wing of a door, a window or the like, having an energizable coil which is intended to block automatic closing of the wing in the energized state by a drive connected to the wing, and a supply voltage input for the coil, characterized by an electronic control device which is designed to energize the coil upon being switched on and to then regulate the current flowing through the coil to a predefined value, wherein, in order to regulate the current, the current flowing through the coil is measured. a supply voltage input for the coil, characterized by an electronic control device which is designed to energize the coil upon being switched on and to then regulate the current flowing through the coil to a predefined value, wherein, in order to regulate the current, the current flowing through the coil is measured.
Method using a computer for the replication of at least one data item in the form of at least one fragment between a source system and at least one destination system, said source system and said at least one destination system being linked to each other by a communication link, this method, implemented in said source system, being characterized in that it comprises the following steps, - calculating a signature of said at least one fragment of said at least one data item to be replicated; - transmitting, in a file, said signature to said at least one destination system; and, - if, in response to said transmission step, a message is received comprising, in a file, said signature and indicating that said at least one signature is unknown, transmitting said at least one fragment to said at least one destination system such that said fragment is only transmitted to said at least one destination system if said signature is considered unknown. - calculating a signature of said at least one fragment of said at least one data item to be replicated; - transmitting, in a file, said signature to said at least one destination system; and, - if, in response to said transmission step, a message is received comprising, in a file, said signature and indicating that said at least one signature is unknown, transmitting said at least one fragment to said at least one destination system such that said fragment is only transmitted to said at least one destination system if said signature is considered unknown.
Holder for an elongate object, such as a piece of cutlery, a kitchen tool, a painter's tool or a mason's tool, to be placed on the rim of a vessel, wherein the holder has a support for one end of the object, wherein the holder is a bracket which is a one-piece, multiply bent rod-shaped body, wherein the legs of the bracket have hooks at their free ends which are bent-over ends of the legs, wherein the web of the bracket serving as a support, including the regions of the legs adjoining the web, faces away from the regions of the legs bearing the hooks, wherein the regions of the legs bearing the web have regions bent back in a loop-like manner, wherein the web is curved, and wherein the concave side of the curvature of the web faces towards the ends of the legs bearing the hooks, characterized in that the bracket, including the web serving as a support and the legs, has a round cross-sectional shape and the hooks have a flattened, in particular rectangular, cross-sectional shape.
A solar energy system comprising linearly focussing optical components and at least on receiver, characterized in in that it comprises a device for assembling and disassembling the receiver, wherein the receiver is slidably arranged on a longitudinal rail, and wherein the receiver is arranged to travel on the rail by means of at least one slide connected to the rail by means of sliding surfaces or wheels, which enables the receiver in its entirety, or in parts to be slid into and moved to a desired position in the solar energy system, or disassembled, respectively.
A display device comprising: a display substrate comprising at least one step portion; and a thin film encapsulation layer above the display substrate, the thin film encapsulation layer comprising a buffer layer configured to reduce a height difference due to the at least one step portion and a barrier layer above the buffer layer, the buffer layer comprising a plurality of sub-layers and interfaces between the plurality of sub-layers, wherein each interface corresponds to an upper surface of one of the plurality of sub-layers, and the upper surface of each of the plurality of sub-layers comprising a curved surface changing from a concave shape to a convex shape toward a portion of the upper surface overlapping the step portion from an portion of the upper surface surrounding the step portion, and characterized in that the plurality of sub-layers comprise a silicon oxide comprising carbon and hydrogen, wherein each of the plurality of sub-layers comprises 20 to 50 atomic % of silicon, 10 to 40 atomic % of oxygen, and 30 to 60 atomic % of carbon based on a total number of atoms of the silicon, the oxygen, and the carbon. a display substrate comprising at least one step portion; and a thin film encapsulation layer above the display substrate, the thin film encapsulation layer comprising a buffer layer configured to reduce a height difference due to the at least one step portion and a barrier layer above the buffer layer, the buffer layer comprising a plurality of sub-layers and interfaces between the plurality of sub-layers, wherein each interface corresponds to an upper surface of one of the plurality of sub-layers, and the upper surface of each of the plurality of sub-layers comprising a curved surface changing from a concave shape to a convex shape toward a portion of the upper surface overlapping the step portion from an portion of the upper surface surrounding the step portion, and characterized in that the plurality of sub-layers comprise a silicon oxide comprising carbon and hydrogen, wherein each of the plurality of sub-layers comprises 20 to 50 atomic % of silicon, 10 to 40 atomic % of oxygen, and 30 to 60 atomic % of carbon based on a total number of atoms of the silicon, the oxygen, and the carbon.
A machine for the hot repair of tyres, comprising a frame having a bed plate and a stationary support established therein, further incorporating a removable support opposite the stationary support to apply pressure and adapt the tyre to the correct position for the repair, further including an upper tensioning bridge that has both upward and downward motion, providing the means to mount and insert the respective repair lug into the tread of the tyre, characterized in that it comprises an independent mould forming a replaceable shell to repair the bead of any type of tyre, said shell being connected to a hydraulic cylinder in order to carry out an upward or downward motion, and in order to pivot it on a vertical axis, allowing for the precise placement and adaptation of the respective tyre; it having been provided that the support is associated with a push element, actuated by a pneumatic or hydraulic cylinder to hold and fasten the tyre against the mould of the stationary support.
Head-up display system comprising: - an image generation device designed to generate a beam of light, and - a folded-optics mirror positioned in such a way as to reflect the beam of light towards a partially transparent beam splitter, said folded-optics mirror comprising a support and a means of rotation about an axis of rotation, said support having, on the one hand, an upper edge region close to the partially transparent beam splitter and, on the other hand, a low-edge region opposite to the upper edge region characterized in that said means of rotation is situated in the lower edge region of the support and in that said display system further comprises manual-manoeuvring means (23, 25) for manually manoeuvring the folded-optics mirror, said manual-manoeuvring means (23, 25) comprising a mechanical drive device able to move the folded-optics mirror about the axis of rotation and in that the manual-manoeuvring means (23, 25) comprise a rotary knob arranged at an upper end of a rod, the lower end of the rod comprising a first gear coupled to a second gear secured to the folded-optics mirror. - an image generation device designed to generate a beam of light, and - a folded-optics mirror positioned in such a way as to reflect the beam of light towards a partially transparent beam splitter, said folded-optics mirror comprising a support and a means of rotation about an axis of rotation, said support having, on the one hand, an upper edge region close to the partially transparent beam splitter and, on the other hand, a low-edge region opposite to the upper edge region characterized in that said means of rotation is situated in the lower edge region of the support and in that said display system further comprises manual-manoeuvring means (23, 25) for manually manoeuvring the folded-optics mirror, said manual-manoeuvring means (23, 25) comprising a mechanical drive device able to move the folded-optics mirror about the axis of rotation and in that the manual-manoeuvring means (23, 25) comprise a rotary knob arranged at an upper end of a rod, the lower end of the rod comprising a first gear coupled to a second gear secured to the folded-optics mirror.
A power converter comprising: a converter configured to convert a first AC power to a DC power; a DC reactor configured to smooth a direct current; an inverter configured to convert said DC power supplied from said converter via said DC reactor to a second AC power which is supplied to a load; an AC voltage detector (2, 7) configured to detect a first AC voltage input to said converter and a second AC voltage output from said inverter; and a control circuit configured to control said converter and said inverter on the basis of a detection result from said AC voltage detector (2, 7), wherein each of said first AC voltage and said second AC voltage is a three-phase AC voltage, the frequency of said second AC voltage is variable, said load is a synchronous motor, said power converter is a thyristor starter for starting said synchronous motor, and, each of said converter and said inverter includes a plurality of thyristors (21-26 or 31-36), and wherein said control circuit is configured to generate a plurality of control signals (φ21-φ26) for controlling said plurality of thyristors included in said converter on the basis of said first AC voltage, and to determine a DC voltage output from said converter on the basis of said plurality of control signals (φ21-φ26) and said first AC voltage. a converter configured to convert a first AC power to a DC power; a DC reactor configured to smooth a direct current; an inverter configured to convert said DC power supplied from said converter via said DC reactor to a second AC power which is supplied to a load; an AC voltage detector (2, 7) configured to detect a first AC voltage input to said converter and a second AC voltage output from said inverter; and a control circuit configured to control said converter and said inverter on the basis of a detection result from said AC voltage detector (2, 7), wherein each of said first AC voltage and said second AC voltage is a three-phase AC voltage, the frequency of said second AC voltage is variable, said load is a synchronous motor, said power converter is a thyristor starter for starting said synchronous motor, and, each of said converter and said inverter includes a plurality of thyristors (21-26 or 31-36), and wherein said control circuit is configured to generate a plurality of control signals (φ21-φ26) for controlling said plurality of thyristors included in said converter on the basis of said first AC voltage, and to determine a DC voltage output from said converter on the basis of said plurality of control signals (φ21-φ26) and said first AC voltage.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station (gNB), a radio resource control, RRC, message configuring a secondary cell, SCell, of a cell group, the RRC message including first information indicating a state of the SCell, second information on a bandwidth part, BWP, identifier, ID, of a dormant BWP for the SCell, and third information on a first active downlink BWP for the SCell; identifying whether the state of the SCell is indicated as an activated state based on the first information included in the RRC message; identifying whether the first active downlink BWP for the SCell is indicated as the dormant BWP based on the second information and the third information included in the RRC message, in case that the state of the SCell is indicated as the activated state; and transmitting, to the base station, a channel state information, CSI, report based on a CSI measurement for the dormant BWP, in case that the SCell is indicated as the activated state and the first active downlink BWP for the SCell is indicated as the dormant BWP. receiving, from a base station (gNB), a radio resource control, RRC, message configuring a secondary cell, SCell, of a cell group, the RRC message including first information indicating a state of the SCell, second information on a bandwidth part, BWP, identifier, ID, of a dormant BWP for the SCell, and third information on a first active downlink BWP for the SCell; identifying whether the state of the SCell is indicated as an activated state based on the first information included in the RRC message; identifying whether the first active downlink BWP for the SCell is indicated as the dormant BWP based on the second information and the third information included in the RRC message, in case that the state of the SCell is indicated as the activated state; and transmitting, to the base station, a channel state information, CSI, report based on a CSI measurement for the dormant BWP, in case that the SCell is indicated as the activated state and the first active downlink BWP for the SCell is indicated as the dormant BWP.
A maneuvering drive for a trailer, comprising - a fastening device for fastening to the trailer; - a carrier movable relative to the fastening device; - a drive motor held by the carrier; and comprising - a drive roller adapted to be rotatably driven by the drive motor; characterized in that - the drive motor is a brushless electric motor with an external rotor, a rotor information detection device being provided for obtaining information on the position and/or the movement of the external rotor. - a fastening device for fastening to the trailer; - a carrier movable relative to the fastening device; - a drive motor held by the carrier; and comprising - a drive roller adapted to be rotatably driven by the drive motor; - the drive motor is a brushless electric motor with an external rotor,
A drug pump comprising: multiple expandable and contractable chambers, including at least a first chamber, a second chamber and a third chamber, wherein the first chamber and the second chamber are positioned so that expansion of the first chamber causes contraction of the second chamber, and contraction of the first chamber causes expansion of the second chamber; wherein the second chamber is structured to connect to a reservoir for retaining a drug medium; characterised in that the third chamber is formed with the second chamber and includes (i) an intake for the drug medium, and (ii) an outlet to expel the drug medium; and a member provided with the second chamber to extend inward and collapse on the third chamber when the second chamber is contracted with expansion of the first chamber, so as to cause the third chamber to contract and expel the drug medium. multiple expandable and contractable chambers, including at least a first chamber, a second chamber and a third chamber, wherein the first chamber and the second chamber are positioned so that expansion of the first chamber causes contraction of the second chamber, and contraction of the first chamber causes expansion of the second chamber; wherein the second chamber is structured to connect to a reservoir for retaining a drug medium; characterised in that the third chamber is formed with the second chamber and includes (i) an intake for the drug medium, and (ii) an outlet to expel the drug medium; and a member provided with the second chamber to extend inward and collapse on the third chamber when the second chamber is contracted with expansion of the first chamber, so as to cause the third chamber to contract and expel the drug medium.
An LEDlighting apparatus comprising: a case part that encloses the remaining part except for a light-emitting surface to provide a reflective space having a predetermined depth, and that has a slope formed on the upper portion inside the same; a receiving surface that is formed of a side of the case part, which is bent toward the inside of the case part; and a substrate that is fixed on the receiving surface, and has a plurality of LEDs mounted thereon, characterized by further comprising a reflective part that is positioned on the upper and center portion inside the case part to reflect light so that the light is reflected and diffused in the reflective space provided by the case part,wherein the slope of the upper portion inside the case part extends from the reflective part to the side of the case part, wherein the light emitted from the LED illuminates the side of the case part, and the light of the LED is reflected by the side of the case part continue to be reflected by the slope of the case part and the reflective part. a case part that encloses the remaining part except for a light-emitting surface to provide a reflective space having a predetermined depth, and that has a slope formed on the upper portion inside the same; a receiving surface that is formed of a side of the case part, which is bent toward the inside of the case part; and a substrate that is fixed on the receiving surface, and has a plurality of LEDs mounted thereon,