mhurhangee/ep-ind-claims huggingface dataset:
A tyre comprising: a tread portion; a bead portion; and a sidewall portion extending between the bead portion and the tread portion; wherein the tread portion, bead portion and sidewall portion define an inner cavity of the tyre; the tyre further comprising a noise reduction layer arranged on the sidewall portion in the inner cavity of the tyre; wherein the noise reduction layer defines an inner radial side and an outer radial side; and wherein the noise reduction layer comprises a plurality of discrete noise reduction layer parts (26a, 26b, 26c); the tyre being characterised in that the outer radial side of the noise reduction layer comprises an anti-adhesive coating. a tread portion; a bead portion; and a sidewall portion extending between the bead portion and the tread portion; wherein the tread portion, bead portion and sidewall portion define an inner cavity of the tyre; the tyre further comprising a noise reduction layer arranged on the sidewall portion in the inner cavity of the tyre; wherein the noise reduction layer defines an inner radial side and an outer radial side; and wherein the noise reduction layer comprises a plurality of discrete noise reduction layer parts (26a, 26b, 26c); the tyre being characterised in that the outer radial side of the noise reduction layer comprises an anti-adhesive coating.
A method for making a biological material transparent, comprising: - a first permeation step of causing a solution to permeate into a biological material, which solution contains at least one compound selected from the group consisting of urea and urea derivatives at a predetermined concentration; and then - a second permeation step of causing a solution to permeate into the biological material, which solution contains at least one compound selected from the group consisting of urea and urea derivatives at a concentration higher than the concentration of the at least one compound contained in the solution used in the first permeation step. - a first permeation step of causing a solution to permeate into a biological material, which solution contains at least one compound selected from the group consisting of urea and urea derivatives at a predetermined concentration; and then - a second permeation step of causing a solution to permeate into the biological material, which solution contains at least one compound selected from the group consisting of urea and urea derivatives at a concentration higher than the concentration of the at least one compound contained in the solution used in the first permeation step.
A tube that consists of a stretching film forming the inner surface of the tube and a stretching film forming the outer surface of the tube and a tube mesh between them in such a manner that said films (13, 14) are fastened to the tube mesh, the tube being characterised in that the films (13, 14) are at least partly detached from each other and that the tube mesh is made up of longitudinal threads of the tube mesh and circumferential threads encircling the tube mesh, and the tube mesh fastened to the films limits the longitudinal stretch of the tube to less than 5 %, but allows the circumference of the tube to stretch to a limit value, in which the threads encircling the tube mesh have straightened between the films and prevent the tube from stretching further, wherein said limit value of the circumference is 50% to 300% greater than the circumference of a non-stretched tube.
A method of wireless communication of a first user equipment, UE, comprising: receiving, from a second UE, a set of discovery channel measurement time configurations, DMTCs; receiving information indicating a DMTC of the set of DMTCs to be used for measuring discovery signals; and measuring discovery signals received from the second UE based on the indicated DMTC. receiving, from a second UE, a set of discovery channel measurement time configurations, DMTCs; receiving information indicating a DMTC of the set of DMTCs to be used for measuring discovery signals; and measuring discovery signals received from the second UE based on the indicated DMTC.
A method for creating an electronic identity document, said method including the following steps: - obtaining the file from an original digital image, - obtaining at least one data block from said file, called original block, - for each original block: - creating at least two modified blocks, - recording each modified block in a data structure of said document, each modified block being indexed in said data structure by a different entry (E1-En) and by the location (@1-@n) of said original block in the file of a digital image intended to be marked by using at least one modified block indexed in the data structure, the entry and the location of said modified block being obtained from a marker obtained from a received information coming from a reading terminal of said document, wherein said file of a digital image intended to be marked is identical to an original file or created by removing the original data blocks from the original file. - obtaining the file from an original digital image, - obtaining at least one data block from said file, called original block, - for each original block: - creating at least two modified blocks, - recording each modified block in a data structure of said document, each modified block being indexed in said data structure by a different entry (E1-En) and by the location (@1-@n) of said original block in the file of a digital image intended to be marked by using at least one modified block indexed in the data structure, the entry and the location of said modified block being obtained from a marker obtained from a received information coming from a reading terminal of said document, wherein said file of a digital image intended to be marked is identical to an original file or created by removing the original data blocks from the original file. - creating at least two modified blocks, - recording each modified block in a data structure of said document, each modified block being indexed in said data structure by a different entry (E1-En) and by the location (@1-@n) of said original block in the file of a digital image intended to be marked by using at least one modified block indexed in the data structure, the entry and the location of said modified block being obtained from a marker obtained from a received information coming from a reading terminal of said document,
A drill guide assembly, comprising: an elongate body including a proximal end, a distal end, a longitudinal axis extending between the proximal and distal ends (102a, 102b) and upper and lower surfaces (102c, 102d) extending between the proximal end and the distal end; at least one channel extending along the longitudinal axis of the body from the proximal end to the distal end; a sleeve slidably disposed within the at least one channel, a distal end of the sleeve configured to be secured to a first surface of a bone; an aimer arm extending distally from the body, a distal end of the aimer arm configured to be secured to a second surface of the bone, characterized by the aimer arm extending from the body towards the longitudinal axis of the body at a fixed angle with respect to the sleeve; wherein a distance between the aimer arm and the sleeve is adjustable to a pre-selected distance by actuation of a translation member on the body such that the aimer arm moves up or down relative to the sleeve while maintaining the fixed angle with respect to the sleeve. an elongate body including a proximal end, a distal end, a longitudinal axis extending between the proximal and distal ends (102a, 102b) and upper and lower surfaces (102c, 102d) extending between the proximal end and the distal end; at least one channel extending along the longitudinal axis of the body from the proximal end to the distal end; a sleeve slidably disposed within the at least one channel, a distal end of the sleeve configured to be secured to a first surface of a bone; an aimer arm extending distally from the body, a distal end of the aimer arm configured to be secured to a second surface of the bone, characterized by the aimer arm extending from the body towards the longitudinal axis of the body at a fixed angle with respect to the sleeve; wherein a distance between the aimer arm and the sleeve is adjustable to a pre-selected distance by actuation of a translation member on the body such that the aimer arm moves up or down relative to the sleeve while maintaining the fixed angle with respect to the sleeve.
A dental material container (10A, 10B), comprising: a container body (20A, 20B) shaped like a cylinder with a bottom and configured to store a dental material that is shaped like a thick plate and includes a pair of opposing primary surfaces; and a cap (30A, 30B) formed to cover an opening at one end of the container body, wherein the cap is provided on the container body such that the cap is rotatable in a circumferential direction of the container body and includes an internal space capable of housing the dental material; an outlet through which the dental material is taken out is formed in a side surface of the cap; the container body includes a pair of first holders that are formed on an inner surface of the container body to hold the primary surfaces of the dental material such that the dental material is movable; characterised in that the cap includes a pair of second holders (33A, 33B) formed inside of the cap to hold the primary surfaces of the dental material such that the dental material is movable; and the dental material container is configured such that when the cap is rotated in the circumferential direction relative to the container body, a continuous space where the dental material is movable is formed by the first holders and the second holders, the dental material located closest to the opening in the container body moves into the cap, and the dental material moved into the cap is housed in the cap. a container body (20A, 20B) shaped like a cylinder with a bottom and configured to store a dental material that is shaped like a thick plate and includes a pair of opposing primary surfaces; and a cap (30A, 30B) formed to cover an opening at one end of the container body, wherein the cap is provided on the container body such that the cap is rotatable in a circumferential direction of the container body and includes an internal space capable of housing the dental material; an outlet through which the dental material is taken out is formed in a side surface of the cap; the container body includes a pair of first holders that are formed on an inner surface of the container body to hold the primary surfaces of the dental material such that the dental material is movable; characterised in that the cap includes a pair of second holders (33A, 33B) formed inside of the cap to hold the primary surfaces of the dental material such that the dental material is movable; and the dental material container is configured such that when the cap is rotated in the circumferential direction relative to the container body, a continuous space where the dental material is movable is formed by the first holders and the second holders, the dental material located closest to the opening in the container body moves into the cap, and the dental material moved into the cap is housed in the cap.
Adapter structure for a spacecraft comprising a carrier rocket with a narrowing top, wherein the adapter structure comprises at least one assembly of a connecting body for supporting a main payload and a carrier body for supporting at least one subsidiary payload, wherein the connecting body, at one end, comprises an engagement element which forms part of a releasable upper coupling for connecting to the main payload, wherein the carrier body is situated externally with respect to the connecting body and is connected to the connecting body at a position between said ends of the connecting body characterized in that the at least one subsidiary payload has a total mass that is at least an order of magnitude smaller than the total mass of the main payload, and in that the connecting body, at an opposite end, comprises an engagement element which forms part of a releasable lower coupling for connecting to the narrowing top of the carrier rocket.
An air supply apparatus comprising an air pump capable of supplying compressed air to an air chamber (Ra) on the basis of a rotation of a wheel; restriction means, provided outside a pump chamber of the air pump, for restricting the supply of compressed air from the pump chamber (Ro) to the air chamber when the pressure of compressed air supplied from the pump chamber (Ro) to the air chamber reaches a first set value; adjustment means for adjusting the first set value; and a relief valve which releases compressed air to the atmosphere when the pressure of compressed air supplied from the pump chamber (Ro) to the air chamber is equal to or greater than a second set value greater than the first set value, wherein the restriction means is a change valve configured such that when the pressure of compressed air supplied from the pump chamber (Ro) to the air chamber (Ra) is less than the first set value, the change valve restricts air flow from the pump chamber to the atmosphere, and permits air flow from the pump chamber into the air chamber; and when the pressure of compressed air supplied from the pump chamber to the air chamber is equal to or greater than the first set value, the change valve permits air flow between the pump chamber and the atmosphere, and restricts air flow between the pump chamber and the air chamber; and the adjustment means can adjust the first set value and the second set value simultaneously.
A continuous belt for use in a belt separator system for separating components of a difficult-to-fluidize material, the belt comprising: longitudinal edge strands having edges; longitudinal strands and cross direction strands forming apertures interior to the longitudinal edge strands of the continuous belt that are configured to be permeable to the components of the difficult-to-fluidize material, the apertures further being configured for conveying components of the difficult-to-fluidize material along the longitudinal direction of the continuous belt; wherein the longitudinal edge strands are impermeable to the difficult-to-fluidize material; characterized in that periodic notches are formed in the longitudinal edge strands of the continuous belt at periodic locations in the edges of the continuous belt, the periodic notches being configured for conveying the components of the difficult-to-fluidize material in a direction along the longitudinal direction of the continuous belt so that the components are moved away from edges of the belt separation system when the continuous belt is used in the belt separating system. longitudinal edge strands having edges; longitudinal strands and cross direction strands forming apertures interior to the longitudinal edge strands of the continuous belt that are configured to be permeable to the components of the difficult-to-fluidize material, the apertures further being configured for conveying components of the difficult-to-fluidize material along the longitudinal direction of the continuous belt; wherein the longitudinal edge strands are impermeable to the difficult-to-fluidize material; characterized in that periodic notches are formed in the longitudinal edge strands of the continuous belt at periodic locations in the edges of the continuous belt, the periodic notches being configured for conveying the components of the difficult-to-fluidize material in a direction along the longitudinal direction of the continuous belt so that the components are moved away from edges of the belt separation system when the continuous belt is used in the belt separating system.
Electrical cabinet, the basic framework of the said electrical cabinet being formed by bars, having: - a door which can be moved between an open position and a closed state, - an installation region in which internal fittings are located, - electrical lines which are routed from the installation region to the door, characterized - in that the electrical lines are routed through a flexible hose of the electrical cabinet, wherein a first end of the flexible hose is fastened to the door of the electrical cabinet, and a second end of the flexible hose is fastened in the installation region of the electrical cabinet, wherein the flexible hose is located between the door and the internal fittings of the electrical cabinet in the closed state of the door, - in that the electrical cabinet has a first clip by means of which the second end of the flexible hose is fastened to one bar of the electrical cabinet, and - in that the electrical cabinet has a shock-hazard protection cover which comprises a cutout through which the flexible hose is routed. - a door which can be moved between an open position and a closed state, - an installation region in which internal fittings are located, - electrical lines which are routed from the installation region to the door, characterized - in that the electrical lines are routed through a flexible hose of the electrical cabinet, wherein a first end of the flexible hose is fastened to the door of the electrical cabinet, and a second end of the flexible hose is fastened in the installation region of the electrical cabinet, wherein the flexible hose is located between the door and the internal fittings of the electrical cabinet in the closed state of the door, - in that the electrical cabinet has a first clip by means of which the second end of the flexible hose is fastened to one bar of the electrical cabinet, and - in that the electrical cabinet has a shock-hazard protection cover which comprises a cutout through which the flexible hose is routed. - in that the electrical cabinet has a first clip by means of which the second end of the flexible hose is fastened to one bar of the electrical cabinet, and - in that the electrical cabinet has a shock-hazard protection cover which comprises a cutout through which the flexible hose is routed.
A method of facilitating multimedia broadcast multicast services,MBMS, in a communications network including one or more first evolved node Bs,eNBs, and one or more second eNBs, the one or more first eNBs (122A∼126A) each having backhaul interfaces for a first internet protocol,IP, version, the one or more second eNBs (122B∼124B) each having backhaul interfaces for a second IP version, the method comprising: receiving, at a first network element, an initial MBMS content stream; generating, at the first network element, based on the initial MBMS content stream, a first MBMS content stream and a second MBMS content stream; transmitting the first MBMS content stream from the first network element to the one or more first eNBs using a first IP multicast address of the first IP version; and transmitting the second MBMS content stream from the first network element to the one or more second eNBs using a second IP multicast address of the second IP version. receiving, at a first network element, an initial MBMS content stream; generating, at the first network element, based on the initial MBMS content stream, a first MBMS content stream and a second MBMS content stream; transmitting the first MBMS content stream from the first network element to the one or more first eNBs using a first IP multicast address of the first IP version; and transmitting the second MBMS content stream from the first network element to the one or more second eNBs using a second IP multicast address of the second IP version.
A snap trap enclosure for placement on the ground, the snap trap enclosure comprising: - a housing with a rat and/or mouse entry opening positioned in the side wall; and - a snap trap positioned within the housing; wherein the housing further comprises a tunnel extending from the rat and/or mouse entry opening and towards the snap trap; characterized in that a plate of a material suitable for a rat and/or mouse to gnaw through is blocking the tunnel such that a rat and/or mouse cannot reach the snap trap without gnawing through said plate. - a housing with a rat and/or mouse entry opening positioned in the side wall; and - a snap trap positioned within the housing; wherein the housing further comprises a tunnel extending from the rat and/or mouse entry opening and towards the snap trap;
An infusion assembly, comprising: a first infusion device having a first nozzle disposed proximate to an end wall, the first infusion device having a stopper piston defining a cavity and being configured to facilitate a two-stage seating arrangement; a second infusion device configured to be received within the first infusion device, the second infusion device having a second nozzle and a plunger configured to translate longitudinally for dispensing a second substance out of the second nozzle; and wherein the stopper piston is configured to receive the second nozzle in a first seating position within the cavity such that the plunger is capable of advancing the stopper piston to dispense a first substance from the first infusion device, and characterized in that the plunger is capable of being further advanced to cause the stopper piston to abut the end wall and to move the second nozzle into a second seating position within the cavity so as to extend the second nozzle through the stopper piston such that the second substance contained in the second infusion device is capable of being dispensed through the second nozzle and the first nozzle. a first infusion device having a first nozzle disposed proximate to an end wall, the first infusion device having a stopper piston defining a cavity and being configured to facilitate a two-stage seating arrangement; a second infusion device configured to be received within the first infusion device, the second infusion device having a second nozzle and a plunger configured to translate longitudinally for dispensing a second substance out of the second nozzle; and wherein the stopper piston is configured to receive the second nozzle in a first seating position within the cavity such that the plunger is capable of advancing the stopper piston to dispense a first substance from the first infusion device, and characterized in that the plunger is capable of being further advanced to cause the stopper piston to abut the end wall and to move the second nozzle into a second seating position within the cavity so as to extend the second nozzle through the stopper piston such that the second substance contained in the second infusion device is capable of being dispensed through the second nozzle and the first nozzle.