mhurhangee/ep-ind-claims huggingface dataset:
Weighing scale for weighing vehicles, the weighing scale comprising: a weighing bridge having a first side being an entering side for a vehicle entering the weighing bridge and a second side being a leaving side for a vehicle leaving the weighing bridge; a weighing circuit comprising a first set of load sensors (114a, 114b,..., 114n) and a second set of load sensors (116a, 116b,..., 116n) coupled to a weight indicator, the first set of load sensors (114a, 114b,..., 114n) being arranged at the first side and the second set of load sensors (116a, 116b,..., 116n) being arranged at the second side; characterised in that comprising a measuring circuit arranged to measure at least one unbalance current (i) in the weighing circuit when a vehicle enters or leaves the weighing bridge; a processing circuit arranged to determine at least one point in time when wheels of the vehicle enter the first side or leave the second side based on the at least one unbalance current (i). a weighing bridge having a first side being an entering side for a vehicle entering the weighing bridge and a second side being a leaving side for a vehicle leaving the weighing bridge; a weighing circuit comprising a first set of load sensors (114a, 114b,..., 114n) and a second set of load sensors (116a, 116b,..., 116n) coupled to a weight indicator, the first set of load sensors (114a, 114b,..., 114n) being arranged at the first side and the second set of load sensors (116a, 116b,..., 116n) being arranged at the second side; characterised in that comprising a measuring circuit arranged to measure at least one unbalance current (i) in the weighing circuit when a vehicle enters or leaves the weighing bridge; a processing circuit arranged to determine at least one point in time when wheels of the vehicle enter the first side or leave the second side based on the at least one unbalance current (i).
A display panel, configured to provide at least two visual fields of view, wherein each visual field of view refers to a different area where a user can observe a display image on the display panel normally when light is incident on the display panel in a predetermined direction, the display panel comprising: a first substrate; a second substrate disposed opposite to the first substrate; a liquid crystal layer disposed between the first substrate and the second substrate; an orientation layer in contact with the liquid crystal layer, for orienting the liquid crystal of the liquid crystal layer; and a reflective structure group disposed on the first substrate, which comprises a plurality of reflective structures, wherein a reflective surface of each reflective structure faces the second substrate, and each reflective structure of the reflective structure group is configured to reflect light from the second substrate in a predetermined direction in one-to-one correspondence to one of the at least two visual fields of view, wherein the first substrate is provided with a pixel electrode made of a metal material, for driving the liquid crystal of the liquid crystal layer for deflection, and the pixel electrode further functions as the reflective structure, or, wherein the first substrate is provided with a common electrode made of a metal material, for driving the liquid crystal of the liquid crystal layer for deflection, and the common electrode further functions as the reflective structure. a first substrate; a second substrate disposed opposite to the first substrate; a liquid crystal layer disposed between the first substrate and the second substrate; an orientation layer in contact with the liquid crystal layer, for orienting the liquid crystal of the liquid crystal layer; and a reflective structure group disposed on the first substrate, which comprises a plurality of reflective structures, wherein a reflective surface of each reflective structure faces the second substrate, and each reflective structure of the reflective structure group is configured to reflect light from the second substrate in a predetermined direction in one-to-one correspondence to one of the at least two visual fields of view, wherein the first substrate is provided with a pixel electrode made of a metal material, for driving the liquid crystal of the liquid crystal layer for deflection, and the pixel electrode further functions as the reflective structure, or, wherein the first substrate is provided with a common electrode made of a metal material, for driving the liquid crystal of the liquid crystal layer for deflection, and the common electrode further functions as the reflective structure.
A downlink control information detecting method, applied to a terminal, comprising: obtaining indication information for indicating a candidate downlink control information, DCI, payload size; according to the candidate DCI payload size indicated by the indication information, performing blind detection on a physical downlink control channel, PDCCH, and determining DCI transmitted in the PDCCH; wherein the method is characterized in that the step of according to the candidate DCI payload size indicated by the indication information, performing blind detection on a physical downlink control channel, PDCCH, and determining DCI transmitted in the PDCCH, comprises: performing blind detection on the PDCCH according to the candidate DCI payload size indicated by the indication information, to obtain a bit string; parsing an indication field in the bit string, and determining a DCI format of DCI transmitted in the PDCCH according to a parsing result; parsing DCI carried in the bit string according to the DCI format. obtaining indication information for indicating a candidate downlink control information, DCI, payload size; according to the candidate DCI payload size indicated by the indication information, performing blind detection on a physical downlink control channel, PDCCH, and determining DCI transmitted in the PDCCH; wherein the method is characterized in that the step of according to the candidate DCI payload size indicated by the indication information, performing blind detection on a physical downlink control channel, PDCCH, and determining DCI transmitted in the PDCCH, comprises: performing blind detection on the PDCCH according to the candidate DCI payload size indicated by the indication information, to obtain a bit string; parsing an indication field in the bit string, and determining a DCI format of DCI transmitted in the PDCCH according to a parsing result; parsing DCI carried in the bit string according to the DCI format. performing blind detection on the PDCCH according to the candidate DCI payload size indicated by the indication information, to obtain a bit string; parsing an indication field in the bit string, and determining a DCI format of DCI transmitted in the PDCCH according to a parsing result; parsing DCI carried in the bit string according to the DCI format.
A component of a gas turbine engine, comprising: an external surface; a skin cavity adjacent the external surface and internal to the component, wherein the skin cavity is defined by an, in use, "hot-side surface and a p an, in use, cοοl-side surface, wherein the hot-side surface is between the cool-side surface and the external surface; a wall thickness check region on the hot side surface; a flat surface on the hot-side surface spanning the wall thickness check region; a protrusion disposed on the cool-side surface opposite the flat portion on the hot-side surface and oriented across the skin cavity towards the hot side surface; a first trip strip disposed on the hot-side surface prior to the flat surface in a direction of fluid flow; and a second trip strip disposed on the hot-side surface between the first trip strip and the flat portion on the hot-side surface, wherein the second trip strip has a geometry different from the first trip strip, wherein the protrusion on the cool-side surface is disposed between a first flat portion of the cool-side surface and a second flat portion of the cool-side surface; and the protrusion spans the second trip strip and the flat portion on the hot-side surface in the direction of fluid flow. an external surface; a skin cavity adjacent the external surface and internal to the component, wherein the skin cavity is defined by an, in use, "hot-side surface and a p an, in use, cοοl-side surface, wherein the hot-side surface is between the cool-side surface and the external surface; a wall thickness check region on the hot side surface; a flat surface on the hot-side surface spanning the wall thickness check region; a protrusion disposed on the cool-side surface opposite the flat portion on the hot-side surface and oriented across the skin cavity towards the hot side surface; a first trip strip disposed on the hot-side surface prior to the flat surface in a direction of fluid flow; and a second trip strip disposed on the hot-side surface between the first trip strip and the flat portion on the hot-side surface, wherein the second trip strip has a geometry different from the first trip strip, wherein the protrusion on the cool-side surface is disposed between a first flat portion of the cool-side surface and a second flat portion of the cool-side surface; and the protrusion spans the second trip strip and the flat portion on the hot-side surface in the direction of fluid flow.
A method of establishing, by a user equipment, UE, a connection in a wireless communication system, the method comprising: receiving (S110, S200) first barring information for members of a specific closed subscriber group, CSG, cell and second barring information for non-members of the specific CSG cell; determining (S120, S210) whether the UE is able to access to a hybrid cell or not based on one of the first barring information and the second barring information according to whether the UE is either a member UE of the specific CSG cell or a non-member UE of the specific CSG cell, wherein the hybrid cell is a cell broadcasting a CSG indicator set to 'false' and a specific CSG identity; and transmitting (S130, S220) an access request if it is determined that the UE is able to access to the hybrid cell, wherein the first barring information contains first access class barring information including a plurality of barring factor and a plurality of barring time for the members of the CSG cell, wherein the second barring information contains second access class barring information including a plurality of barring factor and a plurality of barring time for the non-members of the CSG cell, and wherein the plurality of barring factor and the plurality of barring time of the first and second access class barring information are set differently for different radio resource control, RRC, connection establishment causes. receiving (S110, S200) first barring information for members of a specific closed subscriber group, CSG, cell and second barring information for non-members of the specific CSG cell; determining (S120, S210) whether the UE is able to access to a hybrid cell or not based on one of the first barring information and the second barring information according to whether the UE is either a member UE of the specific CSG cell or a non-member UE of the specific CSG cell, wherein the hybrid cell is a cell broadcasting a CSG indicator set to 'false' and a specific CSG identity; and transmitting (S130, S220) an access request if it is determined that the UE is able to access to the hybrid cell, wherein the first barring information contains first access class barring information including a plurality of barring factor and a plurality of barring time for the members of the CSG cell, wherein the second barring information contains second access class barring information including a plurality of barring factor and a plurality of barring time for the non-members of the CSG cell, and wherein the plurality of barring factor and the plurality of barring time of the first and second access class barring information are set differently for different radio resource control, RRC, connection establishment causes.
Rim for wheel including a measuring system (4, 5, 6) to detect a vertical load (Fv) applied to the wheel in operating conditions with wheel mounted with horizontal rotation axis, the measuring system comprising: - a sensor to detect a deformation of the rim and to transmit a deformation signal related to the detected deformation, and - a processing unit, operatively connected to the sensor, configured to receive the deformation signal, and to determine the vertical load applied to the wheel, based on the deformation of the rim detected by the sensor, characterized in that the processing unit: detects and stores a first value (L MIN) of absolute minimum, a second value (L MAX) of absolute maximum and a value (Lt_med) of relative minimum of the deformation signal generated by said sensor during a rotation of the rim, and calculates the value of the vertical (F V) load acting on the wheel, based on the first value (L MIN) of absolute minimum, the second value (L MAX) of absolute maximum and the value (Lt_med) of relative minimum of the deformation signal generated by said sensor stored. - a sensor to detect a deformation of the rim and to transmit a deformation signal related to the detected deformation, and - a processing unit, operatively connected to the sensor, configured to receive the deformation signal, and to determine the vertical load applied to the wheel, based on the deformation of the rim detected by the sensor, characterized in that detects and stores a first value (L MIN) of absolute minimum, a second value (L MAX) of absolute maximum and a value (Lt_med) of relative minimum of the deformation signal generated by said sensor during a rotation of the rim, and calculates the value of the vertical (F V) load acting on the wheel, based on the first value (L MIN) of absolute minimum, the second value (L MAX) of absolute maximum and the value (Lt_med) of relative minimum of the deformation signal generated by said sensor stored.
A method for microencapsulation of phase change materials, comprising the steps of: (a) adding a phase change material and a surfactant to water to form an emulsion including droplets of PCM suspended in the water; (b) adding a monomer of at least one encapsulating agent to the emulsion; (c) irradiating a thin film of the emulsion with ultraviolet radiation on a sloping support above a tank in a UV reactor to initiate polymerization of the at least one encapsulating agent; and (d) continuously recirculating the emulsion from the tank to the sloping support in a thin film while irradiating the thin film emulsion with UV radiation for a period of time sufficient to microencapsulate micron-sized particles of the PCM in a polymer shell. (a) adding a phase change material and a surfactant to water to form an emulsion including droplets of PCM suspended in the water; (b) adding a monomer of at least one encapsulating agent to the emulsion; (c) irradiating a thin film of the emulsion with ultraviolet radiation on a sloping support above a tank in a UV reactor to initiate polymerization of the at least one encapsulating agent; and (d) continuously recirculating the emulsion from the tank to the sloping support in a thin film while irradiating the thin film emulsion with UV radiation for a period of time sufficient to microencapsulate micron-sized particles of the PCM in a polymer shell.
Medical clothing item, in particular surgical gown or examination gown comprising a body covering section with an inside and an outside, and sleeves adjoining thereon, wherein the body covering part has an opening for putting on the medical clothing item and at least one closure for closing the opening, wherein the closure has a first closure element on a first side edge of the body covering section which side edge delimits the opening, and a second closure element, which is arranged on a second side edge of the body covering section and/or in a region which borders a side edge of the body covering section, which side edge delimits the opening, wherein the first closure element has a fastening section for permanent fastening on the body covering section, characterized in that the first closure element has a release section non-detachably connected with the body covering section, and a coupling section which is connected with the fastening section and which is coverable by the release section in a state in which it does not interact with the second closure element, wherein the coupling section has first mechanical coupling means and the second closure element serves for adherence of the first mechanical coupling means of the first closure element, wherein the second closure element has second mechanical coupling means and the second mechanical coupling means are formed by a surface of the medical clothing item and wherein the first closure element has an essentially Y shape configuration owing to the three sections, namely fastening section 53, release section and coupling section, and wherein fastening section and coupling section extend in longitudinal direction of the first closure element adjoining one another and wherein the release section entirely a partially covers the coupling section and the release section is connected to the fastening section, so that the fastening section forms the Y sharped configuration the lower end of the Y, whereas the release section and the coupling section forms the two V shaped spread apart regions of the Y.
A deflecting apparatus for elongated piece goods, wherein the piece good is accommodated on the input side by means of a transfer device in transverse transport and is supplied to an output in longitudinal transport, wherein an acceleration device for accelerating in the longitudinal transport direction comprises rollers substantially shaped in the manner of a truncated cone for accommodating the piece goods, wherein the transfer device is provided for removing the piece goods from a transverse transporter, wherein the axes of the truncated conical rollers are arranged at the side facing the transfer device closer to the output than at the side facing away from the transfer device, characterized in that - the rollers are arranged in a drive-free manner in the deflecting apparatus, - or the rollers can be driven in a direction of rotation with a predeterminable rotational speed and are provided with freewheel, wherein an impulse of the elongated piece good directed in the transverse transport direction during a transfer of the elongated piece good in transverse transport to the rollers makes the rollers rotate in such a way that the rotation of the rollers accelerate the elongated piece good in the longitudinal transport direction of the elongated piece good. - the rollers are arranged in a drive-free manner in the deflecting apparatus, - or the rollers can be driven in a direction of rotation with a predeterminable rotational speed and are provided with freewheel,
A method for re-initiating a session management process of an Evolved Packet System, EPS, wherein the method comprises: after the session management process of the EPS initiated by a packet data gateway, PGW, is rejected by a mobility management entity, MME, because a handover procedure is in progress, starting a timer by said PGW according to instruction information sent by said MME; characterized in that after said PGW receives from the MME an instruction message before said timer times out, re-initiating by the PGW the session management process of the EPS.
A motorcycle riding footwear sole comprising a projection suitable for engaging the underside of a motorcycle foot peg so as to prevent vertical movement of the sole relative to the foot peg, and characterised by further comprising a recess for receiving a brake or gear lever of a motorcycle.
A system for measuring a morphological parameter of a particle comprising: a substrate containing first and second microfluidic channels dimensioned to carry particles therein; an extensional region comprising an intersection of the first and second microfluidic channels, wherein the first and second microfluidic channels intersect in substantially opposite directions; a pump configured to flow a plurality of particles into at least one of the first and second microfluidic channels; a focusing region located in at least one of the first and second microfluidic channels upstream of the extensional region, wherein the focusing region focuses particles passing there through into a continuous stream of particles located along one or more lateral streamlines; at least one outlet channel coupled to the extensional region; an imaging device configured to capture a plurality of image frames of the particles passing through the extensional region; and at least one processor configured to calculate a morphological parameter of each particle passing through the extensional region on the basis of the captured image frames, wherein the particles are continuously flowed through the extensional region and the morphological parameter comprises a dimension or dimensional change of the particle occurring as it passes through the extensional region.
A medical device for patient's foot support comprising a calf support coupled to a foot support and a ball joint connecting the calf support and the foot support, wherein the ball joint comprises a pin, a ball part and a housing, wherein the ball part is arranged in the housing, the medical device further comprising a control member, a pressing element and a pre-biased spring characterized in that the pre-biased spring is arranged between the pressing element and a fixed part of the calf support, wherein at the end distant from the ball part the pre-biased spring abuts to the fixed part of the calf support and the end near to the ball part it abuts to the movable pressing element, which is coupled with the control member.
A display substrate, comprising: at least one connection structure in a non-display area of the display substrate, the at least one connection structure comprising: a first conductive layer, at least one insulating layer on the first conductive layer, and a second conductive layer on a side of the at least one insulating layer opposite from the first conductive layer; wherein the second conductive layer is connected to the first conductive layer through a plurality of via holes in the at least one insulating layer, and at least two of the plurality of via holes have different contact areas with the first conductive layer; characterized in that: at least some of the connection structures comprise at least one set of adjacent via holes, the at least one set of adjacent via holes comprising two adjacent via holes, and at least one of the two adjacent via holes is provided with a recess at a position facing the other one of the two adjacent via holes. at least one connection structure in a non-display area of the display substrate, the at least one connection structure comprising: a first conductive layer, at least one insulating layer on the first conductive layer, and a second conductive layer on a side of the at least one insulating layer opposite from the first conductive layer; wherein the second conductive layer is connected to the first conductive layer through a plurality of via holes in the at least one insulating layer, and at least two of the plurality of via holes have different contact areas with the first conductive layer; characterized in that: at least some of the connection structures comprise at least one set of adjacent via holes, the at least one set of adjacent via holes comprising two adjacent via holes, and at least one of the two adjacent via holes is provided with a recess at a position facing the other one of the two adjacent via holes.