mhurhangee/patent-ind-claim-en huggingface dataset:
A system for reaming bone, comprising: an intramedullary member having first and second ends and a longitudinal axis extending in a first direction between the first and second ends; a guide member coupled to the first end of the intramedullary member and having a body , the body having first and second apertures each extending entirely through at least a portion of the body that forms a reamer guide , the first aperture having a first length defining a first axis, the second aperture having a second length defining a second axis, the first and second apertures being oriented with respect to the intramedullary member such that the first and second axes each extend in the first direction and are offset from the longitudinal axis of the intramedullary member; and a reamer having a reaming head and a shaft extending from the reamer head through the first aperture , the shaft being slidable within the first aperture ; said system being characterized in that it comprises a first slot extending through a first sidewall defined by the first aperture and along the length of the first aperture, a second slot extending through a second sidewall defined by the second aperture and along the length of the second aperture, and in that ; the reamer head is larger than the first aperture such that the reamer head is prohibited from passing therethrough, the shaft having a cross-sectional dimension smaller than a width defined by the first and second slots . an intramedullary member having first and second ends and a longitudinal axis extending in a first direction between the first and second ends; a guide member coupled to the first end of the intramedullary member and having a body , the body having first and second apertures each extending entirely through at least a portion of the body that forms a reamer guide , the first aperture having a first length defining a first axis, the second aperture having a second length defining a second axis, the first and second apertures being oriented with respect to the intramedullary member such that the first and second axes each extend in the first direction and are offset from the longitudinal axis of the intramedullary member; and a reamer having a reaming head and a shaft extending from the reamer head through the first aperture , the shaft being slidable within the first aperture ; said system being characterized in that it comprises a first slot extending through a first sidewall defined by the first aperture and along the length of the first aperture, a second slot extending through a second sidewall defined by the second aperture and along the length of the second aperture, and in that ; the reamer head is larger than the first aperture such that the reamer head is prohibited from passing therethrough, the shaft having a cross-sectional dimension smaller than a width defined by the first and second slots .
A lyophilized test kit for determination of biological antimicrobial activity of a phage lysate on the basis of a microtitration plate, characterized by the fact that individual wells of one series contain at least 50 μl of a lysate of one of the following phages or their combination, deposited in the Munich Collection of Microorganisms under the numbers DSM 33472, DSM 33473, DSM 33474, DSM 33475, DSM 33476, DSM 33477, in the ten-fold dilution at the concentrations of 1×10 9 -1×10 2 .
A method for determining, at a wireless transmit/receive unit, WTRU, whether to steer traffic to or from a wireless local area network, WLAN, the method comprising: the WTRU determining a WLAN offload condition based on one or more measurements associated with a serving cell; generating, at a layer of WTRU access stratum comprising one or more of physical layer or a radio resource control layer, an indication based on the one or more measurements, wherein the indication is associated with a first value when an entering condition is triggered and is associated with a second value when a leaving condition is triggered, wherein the first value indicates steering traffic to the WLAN and the second value indicates steering traffic from the WLAN; determining the WLAN associated with the indication; sending, from the layer of the WTRU access stratum, the indication associated with the first value or the second value to a higher layer, wherein the higher layer is above the layer of the WTRU access stratum; and upon receiving, from the layer of the WTRU access stratum, the indication associated with the first value at the higher layer, evaluating, at the higher layer, whether to steer traffic to the WLAN based on the indication and the WLAN associated with the indication; and on a condition that the evaluation results in a decision to offload, steering traffic to the WLAN associated with the indication. the WTRU determining a WLAN offload condition based on one or more measurements associated with a serving cell; generating, at a layer of WTRU access stratum comprising one or more of physical layer or a radio resource control layer, an indication based on the one or more measurements, wherein the indication is associated with a first value when an entering condition is triggered and is associated with a second value when a leaving condition is triggered, wherein the first value indicates steering traffic to the WLAN and the second value indicates steering traffic from the WLAN; determining the WLAN associated with the indication; sending, from the layer of the WTRU access stratum, the indication associated with the first value or the second value to a higher layer, wherein the higher layer is above the layer of the WTRU access stratum; and upon receiving, from the layer of the WTRU access stratum, the indication associated with the first value at the higher layer, evaluating, at the higher layer, whether to steer traffic to the WLAN based on the indication and the WLAN associated with the indication; and on a condition that the evaluation results in a decision to offload, steering traffic to the WLAN associated with the indication.
Use of an insect repellent selected from lemon eucalyptus oil and/or ethyl 3-[acetyl(butyl)amino]propanoate to obtain, in a single treatment, a textile with an insect repellent effect which is effective for at least 12 hours, the insect repellent being present in the textile in an amount of 700 to 3000 mg/m 2 .
System for inserting and removing a reference pin for positioning a pedicle screw in a bone (O), characterized in that said system comprises: • a reference pin comprising: o a pin body ; o a distal portion that is shaped so as to pierce a bone; and o a proximal portion provided with: ▪ a first fixing means for fixing, during use, to an insertion pin holder ; and ▪ a second fixing means for fixing, during use, to a removal pin holder ; the two fixing means being different; • an insertion pin holder provided with a fixing means that is complementary to the first fixing means of the reference pin; • a removal pin holder provided with a fixing means that is complementary to the second fixing means of the reference pin; and • a guide cannula which is intended for receiving, in a freely sliding manner, the reference pin , the insertion pin holder and the removal pin holder . • a reference pin comprising: o a pin body ; o a distal portion that is shaped so as to pierce a bone; and o a proximal portion provided with: ▪ a first fixing means for fixing, during use, to an insertion pin holder ; and ▪ a second fixing means for fixing, during use, to a removal pin holder ; the two fixing means being different; o a pin body ; o a distal portion that is shaped so as to pierce a bone; and o a proximal portion provided with: ▪ a first fixing means for fixing, during use, to an insertion pin holder ; and ▪ a second fixing means for fixing, during use, to a removal pin holder ; the two fixing means being different; ▪ a first fixing means for fixing, during use, to an insertion pin holder ; and ▪ a second fixing means for fixing, during use, to a removal pin holder ; • an insertion pin holder provided with a fixing means that is complementary to the first fixing means of the reference pin; • a removal pin holder provided with a fixing means that is complementary to the second fixing means of the reference pin; and • a guide cannula which is intended for receiving, in a freely sliding manner, the reference pin , the insertion pin holder and the removal pin holder .
An electronic cigarette comprising: a housing having one or more inlets and an outlet ; a liquid storage within the housing ; a mesh element in contact with the liquid storage ; and a heater spaced apart from the mesh element and positioned to heat air which flows through the mesh element ; wherein the mesh element is positioned between the heater and the liquid storage within a flowpath formed, in use, in the housing ; characterized in that the flowpath is formed, in use, through the housing via the one or more inlets , a passageway comprising the heater , and an opening leading to the outlet ; the mesh element is made of a porous material, the porous material being configured to wick liquid stored in the liquid storage , when in use; and wherein the mesh element is further configured to allow, in use, liquid being wicked on or in the mesh element to be vaporized by heated air conducted through the mesh element . a housing having one or more inlets and an outlet ; a liquid storage within the housing ; a mesh element in contact with the liquid storage ; and a heater spaced apart from the mesh element and positioned to heat air which flows through the mesh element ; wherein the mesh element is positioned between the heater and the liquid storage within a flowpath formed, in use, in the housing ; characterized in that the flowpath is formed, in use, through the housing via the one or more inlets , a passageway comprising the heater , and an opening leading to the outlet ; the mesh element is made of a porous material, the porous material being configured to wick liquid stored in the liquid storage , when in use; and wherein the mesh element is further configured to allow, in use, liquid being wicked on or in the mesh element to be vaporized by heated air conducted through the mesh element .
Apparatus for applying a fluid to a transfer member in a printing system comprising: a pressurized chamber arranged to receive the fluid, the chamber comprising a housing , an aperture and a pair of lateral seals , the aperture being defined between the pair of lateral seals, a mounting arranged to position the chamber in relation to the transfer member such that the aperture is a defined distance from a surface of the transfer member, wherein at least one of the lateral seals is moveable along an axis of the pressurized chamber to adjust a size of the aperture, the apparatus characterized in that : the transfer member comprises an anilox roller ; the housing comprises an upper portion and a lower portion , the upper portion comprising a projection that extends from the pressurized chamber towards the transfer member; and the apparatus comprises a format limiter linear actuator arranged to move a format limiter laterally within the aperture, the format limiter being comprised in at least one of the lateral seals, the mounting being arranged to position the format limiter a defined distance from the surface of the transfer member, and the format limiter being arranged below the projection. a pressurized chamber arranged to receive the fluid, the chamber comprising a housing , an aperture and a pair of lateral seals , the aperture being defined between the pair of lateral seals, a mounting arranged to position the chamber in relation to the transfer member such that the aperture is a defined distance from a surface of the transfer member, wherein at least one of the lateral seals is moveable along an axis of the pressurized chamber to adjust a size of the aperture, the apparatus characterized in that : the transfer member comprises an anilox roller ; the housing comprises an upper portion and a lower portion , the upper portion comprising a projection that extends from the pressurized chamber towards the transfer member; and the apparatus comprises a format limiter linear actuator arranged to move a format limiter laterally within the aperture, the format limiter being comprised in at least one of the lateral seals, the mounting being arranged to position the format limiter a defined distance from the surface of the transfer member, and the format limiter being arranged below the projection. the transfer member comprises an anilox roller ; the housing comprises an upper portion and a lower portion , the upper portion comprising a projection that extends from the pressurized chamber towards the transfer member; and the apparatus comprises a format limiter linear actuator arranged to move a format limiter laterally within the aperture, the format limiter being comprised in at least one of the lateral seals, the mounting being arranged to position the format limiter a defined distance from the surface of the transfer member, and the format limiter being arranged below the projection.
A component detection device, which is installable on component processing means which performs a predetermined operation to a conductive component interposed between one conductive member (8, 10, 12; 66) and another conductive member (27, 28, 21; 67), the component detection device comprising a detection circuit for distinguishing between the conductive component and a conductive foreign matter (p) interposed between the one conductive member (8, 10, 12; 66) and the another conductive member (27, 28, 21; 67), the detection circuit being electrically connected between the one conductive member (8, 10, 12; 66) and the another conductive member (27, 28, 21; 67), characterised in that the detection circuit comprises: a reference voltage generating circuit section for generating a reference voltage based on an input voltage; a voltage comparing circuit section for comparing between the reference voltage and a detection voltage input from between the one conductive member (8, 10, 12; 66) and the another conductive member (27, 28, 21; 67); and a sensitivity adjusting circuit section for adjusting the detection voltage wherein the sensitivity adjusting circuit section is configured such that, when the conductive component is interposed between the one conductive member (8, 10, 12; 66) and the another conductive member (27, 28, 21; 67), the detection voltage is equal to or smaller than the reference voltage, and when the conductive foreign matter (p) is interposed between the one conductive member and the another conductive member (27, 28, 21; 67), the detection voltage is larger than the reference voltage. a reference voltage generating circuit section for generating a reference voltage based on an input voltage; a voltage comparing circuit section for comparing between the reference voltage and a detection voltage input from between the one conductive member (8, 10, 12; 66) and the another conductive member (27, 28, 21; 67); and a sensitivity adjusting circuit section for adjusting the detection voltage wherein the sensitivity adjusting circuit section is configured such that, when the conductive component is interposed between the one conductive member (8, 10, 12; 66) and the another conductive member (27, 28, 21; 67), the detection voltage is equal to or smaller than the reference voltage, and when the conductive foreign matter (p) is interposed between the one conductive member and the another conductive member (27, 28, 21; 67), the detection voltage is larger than the reference voltage.
A communication policy control device for determining type of communication (CT1, CT2, CT3) to be used by a client entity reporting data to a server entity in a machine-to-machine communication system , the client entity and server entity having at least two different available communication types (CT1, CT2, CT3) between each other, said communication policy control device comprising a processor acting on computer instructions whereby said communication policy control device is operative to: monitor the connection state of communication according to a current communication type over a current communication medium (Internet, ESN), identify system parameters affected by said connection state, select a communication policy (P1, P2, P3) based on the affected system parameters, said communication policy setting out rules for the use of one or more communication types, and activate communication over a communication medium according to a communication type specified by the selected communication policy, if not already in place. monitor the connection state of communication according to a current communication type over a current communication medium (Internet, ESN), identify system parameters affected by said connection state, select a communication policy (P1, P2, P3) based on the affected system parameters, said communication policy setting out rules for the use of one or more communication types, and activate communication over a communication medium according to a communication type specified by the selected communication policy, if not already in place.
A composite container combining a synthetic resin container body and a paper label , wherein: the container body forms a bottle shape made by forming a mouth part on the top end edge of a tube-shaped base part rising up from the outer circumferential edge of a bottom part via a shoulder part constricting in radius upwards; and the paper label being adhered to at least one of the top end edge outer circumferential surface and the bottom end edge outer circumferential surface of the base part of the container body, the composite container being formed by a manufacturing process comprising disposing the paper label in a mold, and biaxial stretch blow shaping a preform with a liquid as a pressurized medium, characterized in that the paper label forms a paper tube, the paper tube being formed as a curled up rectangular piece of paper, at least one protrusion formed on one end edge in the circumferential direction being inserted into at least one slit formed on the other end edge in the circumferential direction. the container body forms a bottle shape made by forming a mouth part on the top end edge of a tube-shaped base part rising up from the outer circumferential edge of a bottom part via a shoulder part constricting in radius upwards; and the paper label being adhered to at least one of the top end edge outer circumferential surface and the bottom end edge outer circumferential surface of the base part of the container body, the composite container being formed by a manufacturing process comprising disposing the paper label in a mold, and biaxial stretch blow shaping a preform with a liquid as a pressurized medium, characterized in that the paper label forms a paper tube, the paper tube being formed as a curled up rectangular piece of paper, at least one protrusion formed on one end edge in the circumferential direction being inserted into at least one slit formed on the other end edge in the circumferential direction.
An optical lens assembly , comprising: an optical component having a reflector , the reflector having a light emission portion and a light incidence portion , and an accommodating space is formed in the reflector and adjacent to the light incidence portion , wherein an outer surface of the reflector forms a total reflection surface for reflecting light from the light incidence portion to the light emission portion , wherein the light emission portion comprises an inner light emission portion and a circular light output portion extended from the inner light emission portion , the inner light emission portion is step-shaped, and the inner light emission portion extends spirally upwardly or downwardly; and an outer lens having a light guiding column and an disc-shaped portion connected to a top end of the light guiding column , the outer lens being disposed at a side of the optical component, wherein the light guiding column corresponds to the accommodating space and is disposed in the accommodating space, and the disc-shaped portion corresponds to the light emission portion and a rim portion of the disc-shaped portion covers the light emission portion for outward emitting the light from the light emission portion ; wherein the outer lens and the optical component are configured to move toward or move away from each other, and the light guiding column is configured to move relative to the optical component in the accommodating space. an optical component having a reflector , the reflector having a light emission portion and a light incidence portion , and an accommodating space is formed in the reflector and adjacent to the light incidence portion , wherein an outer surface of the reflector forms a total reflection surface for reflecting light from the light incidence portion to the light emission portion , wherein the light emission portion comprises an inner light emission portion and a circular light output portion extended from the inner light emission portion , the inner light emission portion is step-shaped, and the inner light emission portion extends spirally upwardly or downwardly; and an outer lens having a light guiding column and an disc-shaped portion connected to a top end of the light guiding column , the outer lens being disposed at a side of the optical component, wherein the light guiding column corresponds to the accommodating space and is disposed in the accommodating space, and the disc-shaped portion corresponds to the light emission portion and a rim portion of the disc-shaped portion covers the light emission portion for outward emitting the light from the light emission portion ; wherein the outer lens and the optical component are configured to move toward or move away from each other, and the light guiding column is configured to move relative to the optical component in the accommodating space.
An electric power distribution apparatus composed of a tubular pipe comprising one or more cavities suitable for receiving removable electronic modules equipped with a wireless optical beam communication, FSO, allowing said removable electronic modules to transmit and receive digital frames, said wireless optical beam communication operating inside the tubular pipe