mhurhangee/ep-ind-claims huggingface dataset:
A labelling machine comprising: a supply spool support for supporting a supply spool comprising label stock; a take-up spool support adapted to take up a portion of web, a web path being defined between the supply spool and a take-up spool; a torque application member configured to apply a torque to said one of said spool supports; characterised in that the machine further comprises: a rotation monitor configured to monitor the rotation of one of said spool supports, the rotation monitor being configured to output a rotation signal indicative of the rotation of said one of said spool supports; and a controller configured to determine a measure indicative of a width of the label stock based on the rotation signal and the torque applied to said one of said spool supports. a supply spool support for supporting a supply spool comprising label stock; a take-up spool support adapted to take up a portion of web, a web path being defined between the supply spool and a take-up spool; a torque application member configured to apply a torque to said one of said spool supports; characterised in that the machine further comprises: a rotation monitor configured to monitor the rotation of one of said spool supports, the rotation monitor being configured to output a rotation signal indicative of the rotation of said one of said spool supports; and a controller configured to determine a measure indicative of a width of the label stock based on the rotation signal and the torque applied to said one of said spool supports. a rotation monitor configured to monitor the rotation of one of said spool supports, the rotation monitor being configured to output a rotation signal indicative of the rotation of said one of said spool supports; and a controller configured to determine a measure indicative of a width of the label stock based on the rotation signal and the torque applied to said one of said spool supports.
A method comprising: establishing, by a user equipment, UE, a communication tunnel with a first base station over a transmit, TX, chain, the TX chain being synchronized with a second base station, wherein the communication tunnel allows the UE to communicate with a first wireless network associated with the first base station via a second wireless network associated with the second base station, wherein the first wireless network is a non-public network, NPN, and the second wireless network is a mobile network operator, MNO, network; receiving, by the UE, a request from the first base station or the second base station requesting the UE to synchronize a first receive, RX, chain of the UE to the first base station to receive first traffic from the first wireless network and synchronize a second RX chain of the UE to the second base station to receive second traffic from the second wireless network; transmitting, via the TX chain of the UE, an uplink signal to the first wireless network associated with the first base station or the second wireless network associated with the second base station, the uplink signal including information indicative of the first RX chain of the UE being synchronized to the first base station to receive the first traffic from the first wireless network and the second RX chain of the UE being synchronized to the second base station to receive the second traffic from the second wireless network; and transmitting, by the UE, uplink traffic for the first wireless network and the second wireless network to the second base station via the TX chain of the UE. establishing, by a user equipment, UE, a communication tunnel with a first base station over a transmit, TX, chain, the TX chain being synchronized with a second base station, wherein the communication tunnel allows the UE to communicate with a first wireless network associated with the first base station via a second wireless network associated with the second base station, wherein the first wireless network is a non-public network, NPN, and the second wireless network is a mobile network operator, MNO, network; receiving, by the UE, a request from the first base station or the second base station requesting the UE to synchronize a first receive, RX, chain of the UE to the first base station to receive first traffic from the first wireless network and synchronize a second RX chain of the UE to the second base station to receive second traffic from the second wireless network; transmitting, via the TX chain of the UE, an uplink signal to the first wireless network associated with the first base station or the second wireless network associated with the second base station, the uplink signal including information indicative of the first RX chain of the UE being synchronized to the first base station to receive the first traffic from the first wireless network and the second RX chain of the UE being synchronized to the second base station to receive the second traffic from the second wireless network; and transmitting, by the UE, uplink traffic for the first wireless network and the second wireless network to the second base station via the TX chain of the UE.
Apparatus for the automated management of the assembly of a machine for processing and/or packaging pharmaceutical products inside a clean room, comprising: - a chamber delimited by walls, at least one of said walls being provided with at least one access aperture which can be selectively closed by means of a primary closing unit; - a processing system for processing the pharmaceutical products comprising at least one modular assemblable element, which can be removably coupled to other elements to obtain said processing system, said processing system being housed in said chamber; - a transport container configured to be associated with said access aperture from the outside of said chamber and provided with a secondary closing unit able to cooperate with the primary closing unit of said chamber so that they can be opened in order to put the inside of the transport container in communication with the inside of the chamber, said transport container being configured to contain said at least one modular assemblable element that has to be coupled to other elements to obtain said processing system, said apparatus being characterized in that it comprises a handling device housed in said chamber and comprising a mobile work tool configured to alternately grip or release said assemblable element to respectively remove it from said transport container and assemble it in a predeterminate position in order to couple it to other elements so as to obtain said processing system and/or de-couple it from said other elements with which it forms said processing system and return it into said transport container. - a chamber delimited by walls, at least one of said walls being provided with at least one access aperture which can be selectively closed by means of a primary closing unit; - a processing system for processing the pharmaceutical products comprising at least one modular assemblable element, which can be removably coupled to other elements to obtain said processing system, said processing system being housed in said chamber; - a transport container configured to be associated with said access aperture from the outside of said chamber and provided with a secondary closing unit able to cooperate with the primary closing unit of said chamber so that they can be opened in order to put the inside of the transport container in communication with the inside of the chamber, said transport container being configured to contain said at least one modular assemblable element that has to be coupled to other elements to obtain said processing system, said apparatus being characterized in that it comprises a handling device housed in said chamber and comprising a mobile work tool configured to alternately grip or release said assemblable element to respectively remove it from said transport container and assemble it in a predeterminate position in order to couple it to other elements so as to obtain said processing system and/or de-couple it from said other elements with which it forms said processing system and return it into said transport container.
An apparatus for producing an easy-to-tear plastic film randomly having large numbers of unpenetrating fine pores on an entire surface of a plastic film, comprising a first roll rotatably supported by a pair of laterally arranged stationary frames; a second roll movable up and down along a pair of laterally arranged movable frames, such that said second roll comes into contact with said first roll via a plastic film; a conveying mechanism for passing said plastic film through a gap between said first and second rolls; a first driving unit for rotating a pair of said movable frames; second driving units each mounted to each of said movable frames to move said second roll up and down; a third driving unit for rotating said first roll; and a fourth driving unit for rotating said second roll; one of said first and second rolls being a pattern roll randomly having large numbers of high-hardness, fine particles on its rolling surface, and the other being an anvil roll having a flat rolling surface; the high-hardness, fine particles projecting from a rolling surface of said pattern roll having such average height and maximum height as to enable the formation of unpenetrating fine pores having an average depth corresponding to 30-80% of the thickness of said plastic film and the maximum depth corresponding to 90% or less of the thickness of said plastic film, in said plastic film; and with the center axis of said second roll inclined to the center axis of said first roll in a horizontal plane by the operation of said first driving unit, said plastic film passing through a gap between said first and second rolls, thereby forming large numbers of unpenetrating fine pores transversely uniformly in said plastic film by said high-hardness, fine particles
An interface information synchronization method, comprising: receiving, by a neighboring radio access network, RAN, node, information about an S1 interface between a core network node and a RAN node from the RAN node through an X2 interface existing between the neighboring RAN node and the RAN node, the information about the S1 interface between the core network node and the RAN node being sent by the RAN node when configuration or state of interface of the RAN node is changed or the RAN node is restarted; and configuring or updating, by the neighboring RAN node, interface information of the neighboring RAN node according to the received information about the S1 interface between the core network node and the RAN node; wherein the S1 interface and the X2 interface are interfaces of a long term evolution, LTE, system. receiving, by a neighboring radio access network, RAN, node, information about an S1 interface between a core network node and a RAN node from the RAN node through an X2 interface existing between the neighboring RAN node and the RAN node, the information about the S1 interface between the core network node and the RAN node being sent by the RAN node when configuration or state of interface of the RAN node is changed or the RAN node is restarted; and configuring or updating, by the neighboring RAN node, interface information of the neighboring RAN node according to the received information about the S1 interface between the core network node and the RAN node; wherein the S1 interface and the X2 interface are interfaces of a long term evolution, LTE, system.
A waveguide filter, comprising a first waveguide at an upper layer, a second waveguide at a lower layer and a metal isolation layer, wherein the first waveguide and the second waveguide are isolated from each other by the metal isolation layer, the first waveguide forms a first resonant cavity, the second waveguide forms a second resonant cavity, the first resonant cavity and the second resonant cavity overlap each other, and a coupling slot is disposed at the metal isolation layer in an overlapping area; both the first resonant cavity and the second resonant cavity are circular; and the coupling slot is located at a central position of the overlapping area; characterized in that an extension direction of the coupling slot is perpendicular to a projection in the metal isolation layer of a line connecting a circle center of the first resonant cavity and a circle center of the second resonant cavity.
Tool carrier frame intended to be mounted articulated on the arrow of a handling machine, and intended to be coupled with a tool; said tool carrier frame comprising: - at least one first hooking member, intended to be hooked to a first complementary member secured to the tool; - at least one first housing space, intended to receive a first eyelet of the tool having a locking orifice; and - at least one first locking rod which is movable between a locking position in which said first locking rod is capable of penetrating into the locking orifice of the first eyelet and an unlocked position in which said first locking rod is outside of said locking orifice, said tool carrier frame being characterised in that it comprises: - a first proximity sensor which is positioned facing a zone intended to accommodate the first complementary member secured to the tool when the first hooking member is hooked to said first complementary member, and which is arranged to deliver a signal representing the hooking of the first hooking member to the first complementary member; and - a second proximity sensor which is positioned facing the first housing space, and which is arranged to deliver a signal representing the positioning of the first eyelet in the first housing space. - at least one first hooking member, intended to be hooked to a first complementary member secured to the tool; - at least one first housing space, intended to receive a first eyelet of the tool having a locking orifice; and - at least one first locking rod which is movable between a locking position in which said first locking rod is capable of penetrating into the locking orifice of the first eyelet and an unlocked position in which said first locking rod is outside of said locking orifice, said tool carrier frame being characterised in that it comprises: - a first proximity sensor which is positioned facing a zone intended to accommodate the first complementary member secured to the tool when the first hooking member is hooked to said first complementary member, and which is arranged to deliver a signal representing the hooking of the first hooking member to the first complementary member; and - a second proximity sensor which is positioned facing the first housing space, and which is arranged to deliver a signal representing the positioning of the first eyelet in the first housing space. - a first proximity sensor which is positioned facing a zone intended to accommodate the first complementary member secured to the tool when the first hooking member is hooked to said first complementary member, and which is arranged to deliver a signal representing the hooking of the first hooking member to the first complementary member; and - a second proximity sensor which is positioned facing the first housing space, and which is arranged to deliver a signal representing the positioning of the first eyelet in the first housing space.
A method for transmitting in a packet data convergence protocol, PDCP, layer of a mobile communication system, such as LTE or E-UMTS, a status report for PDCP service data units, SDUs, the method comprising the steps performed by a receiving side PDCP layer: generating, by processing circuitry of the receiving side PDCP layer, a PDCP control packet data unit, PDU, to communicate a status report for SDUs that were transmitted from a transmitting side PDCP layer, wherein the PDCP control PDU includes a data/control, D/C, bit field to indicate whether the PDCP control PDU is a data PDU or a control PDU, a control PDU type field to indicate a type of corresponding control information, and an optional bitmap field for a bitmap, wherein, when the optional bitmap field is included in the PDCP control PDU, a specific bit in the bitmap indicates whether or not a corresponding one of the transmitted PDCP SDUs has been successfully received at the receiving side PDCP layer, and transmitting, by a transmitter of the receiving side PDCP layer, the PDCP control PDU to the transmitting side PDCP layer. generating, by processing circuitry of the receiving side PDCP layer, a PDCP control packet data unit, PDU, to communicate a status report for SDUs that were transmitted from a transmitting side PDCP layer, wherein the PDCP control PDU includes a data/control, D/C, bit field to indicate whether the PDCP control PDU is a data PDU or a control PDU, a control PDU type field to indicate a type of corresponding control information, and an optional bitmap field for a bitmap, wherein, when the optional bitmap field is included in the PDCP control PDU, a specific bit in the bitmap indicates whether or not a corresponding one of the transmitted PDCP SDUs has been successfully received at the receiving side PDCP layer, and transmitting, by a transmitter of the receiving side PDCP layer, the PDCP control PDU to the transmitting side PDCP layer.
An implement comprising: a center section and a pair of wing sections, characterized in that each of the sections (24,26) comprises a pair of parallel frame members (20,22) pivotably coupled to each other, wherein one of the frame members (20,22) comprises a toolbar; and wherein the implement further comprises a plurality of hydraulic cylinders enabling rotational movement between the parallel frame members (20,22), wherein the hydraulic cylinders of the wing sections comprise double rod cylinders (32,34) and the hydraulic cylinders of the center section comprises single rod cylinders.
A method comprising: communicating a use status of an associated high-rate PHY, HRP, channel (HRP 0) in an omni-directional communication on a low-rate PHY, LRP, channel (LRP0-0, LRP0-1, LRPO-2), wherein the omni-directional communication on the LRP channel indicates whether the associated HRP channel is being used or not. communicating a use status of an associated high-rate PHY, HRP, channel (HRP 0) in an omni-directional communication on a low-rate PHY, LRP, channel (LRP0-0, LRP0-1, LRPO-2), wherein the omni-directional communication on the LRP channel indicates whether the associated HRP channel is being used or not.
Structural element for forming a ground covering, in particular in an outdoor area, comprising a rectangular slab of stoneware, glass or metal and a moulded-on formation of a plastics material that borders the edge of the slab in a frame-like manner, characterized in that the area of the underside of the slab that is framed by the moulded-on formation is free from moulded-on formations or is free from moulded-on formations with the exception of one or more gating strands and/or is free from moulded-on formations with the exception of webs projecting inwards from the frame-like bordering moulded-on formation.
Filter housing for exchangeable filters with a housing base for mounting the filter and a housing dome covering the filter, wherein the housing base and the housing dome are connectible together by way of a sterile clamping connection, comprising a groove clamping support at the housing base side and a collar clamping support at the housing dome side, which supports are fixed relative to one another in the connected position thereof by way of a clasp, wherein the groove clamping support has a sealing groove with a seal, by way of which the groove clamping support can be sealed relative to the collar clamping support, wherein the housing base has a connection for the feed of liquid to be filtered and a connection for the discharge of filtered liquid, and wherein the housing base has transversely to the housing longitudinal axis a base surface adjacent to the end surface of the inserted filter, characterised in that the base surface is inclined inwardly towards the housing longitudinal axis relative to a horizontal plane arranged transversely to the housing longitudinal axis and the sealing groove is bounded towards the housing longitudinal axis by an inner collar with an encircling inner surface forming the outer boundary for the base surface, wherein the encircling inner surface extends substantially vertically and thus in accordance with the housing longitudinal axis.
A rolling contact bearing, particularly for use in agricultural applications, comprising: an inner ring, an outer ring and a bearing seal assembly, the bearing seal assembly including: - a metal shield which is supported by the outer ring of the rolling contact bearing and includes a diagonally extending central portion; and - a resilient multi-lip sealing gasket secured to the metal shield and being provided with a plurality of sealing or contacting lips facing the inner ring of the rolling contact bearing, wherein the multi-lip sealing gasket comprises: - a first contacting lip which exerts a first radial load on the inner ring; - a second contacting lip which extends from the first lip and which exerts a second radial load on the inner ring lower than the first radial load; and - a third contacting lip which is on the opposite side of the second lip with respect to the first lip and which exerts a third radial load on the inner ring lower than the first radial load but greater than the second radial load, characterized in that the bearing seal assembly further comprises a first non-contacting lip for holding the lubricant within the rolling contact bearing, and a second non-contacting lip for preventing contaminants from entering the rolling contact bearing, and that the first contacting lip is an axially intermediate lip and is the thickest and less flexible lip among the first, the second and the third lips, whereas the second and the third lips, located on opposite sides of the first lip, are more flexible, elongate lips which extend substantially parallel to a conical, axially outwardly and radially inwardly tapering surface, and each exert a lower radial pressure against the inner ring as compared to the first lip. - a metal shield which is supported by the outer ring of the rolling contact bearing and includes a diagonally extending central portion; and - a resilient multi-lip sealing gasket secured to the metal shield and being provided with a plurality of sealing or contacting lips facing the inner ring of the rolling contact bearing, wherein the multi-lip sealing gasket comprises: - a first contacting lip which exerts a first radial load on the inner ring; - a second contacting lip which extends from the first lip and which exerts a second radial load on the inner ring lower than the first radial load; and - a third contacting lip which is on the opposite side of the second lip with respect to the first lip and which exerts a third radial load on the inner ring lower than the first radial load but greater than the second radial load,