mhurhangee/ep-ind-claims huggingface dataset:
An external rearview device (10, 10', 10") for a motor vehicle comprising: • a base assembly (61, 50, 50', 50") provided for arrangement on the motor vehicle; • a head assembly (60, 60', 60") configured to be attached to the base assembly (61, 50, 50', 50"); and • rearview means comprising at least one of a camera unit (85, 85') and a reflective element secured within the head assembly (60, 60', 60"), further comprising a set comprising • a first such head assembly with a first rearview means comprising at least one reflective element, preferably in form of a mirror glass, and • a second such head assembly with a second rearview means comprising at least one reflective element, preferably in form of an at least partly translucent mirror glass, and a camera unit being configured to obtain a rearview image through the reflective element, and • a third such head assembly (60") with a third rearview means comprising a camera unit (85, 85') configured to obtain a rearview image through an opening, wherein the head assembly (60, 60', 60") is configured to be detachable and is selected to be the first, second or third head assembly (60, 60', 60"), with the first, second and third head assembly (60, 60', 60") being exchangeable with each other. • a base assembly (61, 50, 50', 50") provided for arrangement on the motor vehicle; • a head assembly (60, 60', 60") configured to be attached to the base assembly (61, 50, 50', 50"); and • rearview means comprising at least one of a camera unit (85, 85') and a reflective element secured within the head assembly (60, 60', 60"), further comprising a set comprising • a first such head assembly with a first rearview means comprising at least one reflective element, preferably in form of a mirror glass, and • a second such head assembly with a second rearview means comprising at least one reflective element, preferably in form of an at least partly translucent mirror glass, and a camera unit being configured to obtain a rearview image through the reflective element, and • a third such head assembly (60") with a third rearview means comprising a camera unit (85, 85') configured to obtain a rearview image through an opening,
A chemotherapeutic seed comprising a biodegradable polymer and a drug selected from irinotecan, a pharmaceutically acceptable salt of irinotecan, 7-ethyl-10-hydroxy-camptothecin (SN-38), and a pharmaceutically acceptable salt of SN-38; wherein the seed has a primary length of at least 0.5 mm, and wherein primary length refers to the shortest dimension of the seed.
A hydraulic machine comprising: - a fixed part, - a part rotatably mounted about an axis (O-O) with respect to the fixed part, - a stack of disks (53, 54) forming a brake or clutch, the disks being able to be in abutment against one another by way of friction surfaces having a mean friction radius (R f) measured from the axis; and - a push rod able to push the disks into abutment against one another, in a direction parallel to the axis, over a thrust surface, the push rod having a radial annular notch, characterised in that the thrust surface has a mean thrust radius (R p) measured from the axis and which extends within or beyond the mean friction radius (R f), the notch indenting the push rod from a side of the push rod opposite to the axis (O-O) when the mean thrust radius (R p) extends beyond the mean friction radius (R f), and otherwise from a side of the push rod closest to the axis, the notch being dimensioned so that the mean friction radius (R f) is comprised between a largest radius (R a) of the notch and a smallest radius (R e) of the notch. - a fixed part, - a part rotatably mounted about an axis (O-O) with respect to the fixed part, - a stack of disks (53, 54) forming a brake or clutch, the disks being able to be in abutment against one another by way of friction surfaces having a mean friction radius (R f) measured from the axis; and - a push rod able to push the disks into abutment against one another, in a direction parallel to the axis, over a thrust surface, the push rod having a radial annular notch, characterised in that the thrust surface has a mean thrust radius (R p) measured from the axis and which extends within or beyond the mean friction radius (R f), the notch indenting the push rod from a side of the push rod opposite to the axis (O-O) when the mean thrust radius (R p) extends beyond the mean friction radius (R f), and otherwise from a side of the push rod closest to the axis, the notch being dimensioned so that the mean friction radius (R f) is comprised between a largest radius (R a) of the notch and a smallest radius (R e) of the notch.
Method for scheduling a downlink packet data traffic channel shared by a plurality of mobile and/or immobile stations, each station having a scheduling downlink transmission rate (R 1, R 2,....R n), the method comprising the steps of: • determining a ranking metric (RANK) for each of said mobile/immobile stations having queued data, wherein the ranking metric (RANK) varies directly with the mobile/immobile station's scheduling downlink transmission rate (R 1, R 2,....R n), and a delay factor indicative of the staleness of data queued for each of said mobile/immobile stations having queued data, wherein said determining of said ranking metric (RANK) comprises determining said ranking metric (RANK) as a function of packet delay and delay threshold (d), characterized in that the method also comprises the steps of: • determining an uplink metric for each of said mobile/immobile stations having queued data, wherein the uplink metric comprises an uplink load, and • scheduling one or more downlink transmissions to the mobile/immobile stations on the downlink packet data traffic channel based on said ranking metric (RANK) and on said uplink metric, wherein said downlink packet data traffic channel is arranged to carry mixed traffic, where there is an interaction between uplink and downlink, and wherein the same delay threshold (d) is used for all traffic when the uplink load is above a predetermined amount, and different delay thresholds (d) are used for different types of traffic when the uplink load is below a predetermined amount. • determining a ranking metric (RANK) for each of said mobile/immobile stations having queued data, wherein the ranking metric (RANK) varies directly with the mobile/immobile station's scheduling downlink transmission rate (R 1, R 2,....R n), and a delay factor indicative of the staleness of data queued for each of said mobile/immobile stations having queued data, wherein said determining of said ranking metric (RANK) comprises determining said ranking metric (RANK) as a function of packet delay and delay threshold (d), • determining an uplink metric for each of said mobile/immobile stations having queued data, wherein the uplink metric comprises an uplink load, and • scheduling one or more downlink transmissions to the mobile/immobile stations on the downlink packet data traffic channel based on said ranking metric (RANK) and on said uplink metric, wherein said downlink packet data traffic channel is arranged to carry mixed traffic, where there is an interaction between uplink and downlink, and wherein the same delay threshold (d) is used for all traffic when the uplink load is above a predetermined amount, and different delay thresholds (d) are used for different types of traffic when the uplink load is below a predetermined amount. said downlink packet data traffic channel is arranged to carry mixed traffic, where there is an interaction between uplink and downlink, and wherein the same delay threshold (d) is used for all traffic when the uplink load is above a predetermined amount, and different delay thresholds (d) are used for different types of traffic when the uplink load is below a predetermined amount.
A sensor system, comprising: a sensor comprising a bottom interface the bottom interface comprising a recessed center portion having a notch; and a base for mounting the sensor on a construction machine, the base comprising a top interface for rotatably interlocking with the bottom interface of the sensor, the top interface comprising a protruding center portion having an extended portion, the rotatably interlocking of the base with the bottom interface of the sensor causing the extended portion of the protruding center portion of the top interface of the base to rotate within a length of the notch of the recessed center portion of the bottom interface of the sensor, thereby causing one or more terminals of the bottom interface of the sensor to communicatively couple to corresponding terminals of the top interface of the base. a sensor comprising a bottom interface the bottom interface comprising a recessed center portion having a notch; and a base for mounting the sensor on a construction machine, the base comprising a top interface for rotatably interlocking with the bottom interface of the sensor, the top interface comprising a protruding center portion having an extended portion, the rotatably interlocking of the base with the bottom interface of the sensor causing the extended portion of the protruding center portion of the top interface of the base to rotate within a length of the notch of the recessed center portion of the bottom interface of the sensor, thereby causing one or more terminals of the bottom interface of the sensor to communicatively couple to corresponding terminals of the top interface of the base.
A method for manufacturing a tooth bud ablation system comprising a custom surgical stent with at least one surgical guide; said method comprising the steps of: (a) providing one of an ablation probe tip and identifying information for a specific ablation probe tip to be used with the surgical guide, said probe tip having a center of ablation; (b) physically seating a dental impression of a material visible in a volume scan in a patient's mouth, (c) volume scanning the patient's mouth while the dental impression is seated therein to generate a volume scan image in which hard tissue is visible, the dental impression is visible, and soft tissue is identifiable as the space between the visible hard tissue and the visible dental impression, and to identify the tooth bud size and position; and (d) fabricating a custom surgical stent with at least one ablation probe tip guide comprising a passageway through the stent having a pre-defined angle for guiding at least one ablation probe tip to a pre-defined angle and depth of insertion therethrough based on the tooth bud size and position information obtained from said volume scan image, said custom surgical stent having a mechanical stop structure and said ablation probe tip having a mechanical stop structure, the interaction of said mechanical stop structure of said custom surgical stent and said mechanical stop structure of said ablation probe tip together limiting the depth of insertion of said ablation probe tip through said custom surgical stent to the pre-defined depth. (a) providing one of an ablation probe tip and identifying information for a specific ablation probe tip to be used with the surgical guide, said probe tip having a center of ablation; (b) physically seating a dental impression of a material visible in a volume scan in a patient's mouth, (c) volume scanning the patient's mouth while the dental impression is seated therein to generate a volume scan image in which hard tissue is visible, the dental impression is visible, and soft tissue is identifiable as the space between the visible hard tissue and the visible dental impression, and to identify the tooth bud size and position; and (d) fabricating a custom surgical stent with at least one ablation probe tip guide comprising a passageway through the stent having a pre-defined angle for guiding at least one ablation probe tip to a pre-defined angle and depth of insertion therethrough based on the tooth bud size and position information obtained from said volume scan image, said custom surgical stent having a mechanical stop structure and said ablation probe tip having a mechanical stop structure, the interaction of said mechanical stop structure of said custom surgical stent and said mechanical stop structure of said ablation probe tip together limiting the depth of insertion of said ablation probe tip through said custom surgical stent to the pre-defined depth.
A method for a terminal apparatus for communicating with a base station apparatus, comprising: receiving, a radio resource control, RRC, message from the base station apparatus; and configuring, a packet loss rate report periodic timer according to a packet loss rate report periodic timer field included in the RRC message; the method being characterized by further comprising: based on expiration of the packet loss rate report periodic timer, creating packet loss rate report content according to content of a report of a packet loss rate received from a higher layer, and transmitting the packet loss rate report content to the base station apparatus, wherein the packet loss rate report content comprises information indicative of an uplink direction or a downlink direction associated with the packet loss rate, and information related to the packet loss rate. receiving, a radio resource control, RRC, message from the base station apparatus; and configuring, a packet loss rate report periodic timer according to a packet loss rate report periodic timer field included in the RRC message; the method being characterized by further comprising: based on expiration of the packet loss rate report periodic timer, creating packet loss rate report content according to content of a report of a packet loss rate received from a higher layer, and transmitting the packet loss rate report content to the base station apparatus, wherein the packet loss rate report content comprises information indicative of an uplink direction or a downlink direction associated with the packet loss rate, and information related to the packet loss rate. based on expiration of the packet loss rate report periodic timer, creating packet loss rate report content according to content of a report of a packet loss rate received from a higher layer, and transmitting the packet loss rate report content to the base station apparatus, wherein the packet loss rate report content comprises information indicative of an uplink direction or a downlink direction associated with the packet loss rate, and information related to the packet loss rate.
A method comprising: receiving a network authentication request from a first network operator, and causing authentication information to be transmitted to the first network operator based on a subscription for the first network operator, characterized in that the method comprises causing, using a processor, responsive to the network authentication request, a command to be transmitted to a universal integrated circuit card, wherein the command is configured to cause the universal integrated circuit card to activate a subscription for the first network operator and deactivate a subscription for a second network operator in an instance in which the subscription for the first network operator is not an active subscription, and wherein the activating the subscription for the first network operator and deactivating the subscription for the second network operator causes a reset of the universal integrated circuit card without causing, by the processor, a reset of a mobile terminal comprising the said universal integrated circuit card and the said processor. receiving a network authentication request from a first network operator, and causing authentication information to be transmitted to the first network operator based on a subscription for the first network operator, characterized in that the method comprises causing, using a processor, responsive to the network authentication request, a command to be transmitted to a universal integrated circuit card, wherein the command is configured to cause the universal integrated circuit card to activate a subscription for the first network operator and deactivate a subscription for a second network operator in an instance in which the subscription for the first network operator is not an active subscription, and wherein the activating the subscription for the first network operator and deactivating the subscription for the second network operator causes a reset of the universal integrated circuit card without causing, by the processor, a reset of a mobile terminal comprising the said universal integrated circuit card and the said processor.
Header box for a heat exchanger comprising a collector having an at least partially rounded shape and comprising: - a plurality of openings for the passage of a plurality of heat-exchange tubes of the heat exchanger, and - a plurality of collars surrounding the openings, - the collector further comprises a plurality of corrugations and in that - the collars are produced at the level of the corrugations of the collector and have respectively a substantially flared shape facing towards the opposite side from the volume defined by the header box, characterized in that the collars are formed at the level of the crests of the corrugations oriented towards the opposite side from the volume defined by the header box, the collector having at least one wall, the shape of which is substantially curved towards the outside of the volume defined by the header box, the corrugations being formed on the wall. - a plurality of openings for the passage of a plurality of heat-exchange tubes of the heat exchanger, and - a plurality of collars surrounding the openings, - the collector further comprises a plurality of corrugations and in that - the collars are produced at the level of the corrugations of the collector and have respectively a substantially flared shape facing towards the opposite side from the volume defined by the header box, characterized in that the collars are formed at the level of the crests of the corrugations oriented towards the opposite side from the volume defined by the header box,
A multi-function passenger carrier comprising a carrier frame and a passenger compartment within said carrier frame, said passenger carrier comprising first and second means for attaching a first and a second accessory to said carrier frame, characterized in that said carrier frame comprises a security arrangement comprising: - a first blocking arrangement for blocking attachment of said first accessory to said carrier frame, - a second blocking arrangement for blocking attachment of said second accessory to said carrier frame, - first control means for controlling activation and deactivation of said first blocking arrangement, - second control means for controlling activation and deactivation of said second blocking arrangement, - a connecting member connecting said first control means with said second control means, said first and second control means (24,27) being arranged to interact through said connecting member to cause said first blocking arrangement to be activated when said second blocking arrangement is inactivated. - a first blocking arrangement for blocking attachment of said first accessory to said carrier frame, - a second blocking arrangement for blocking attachment of said second accessory to said carrier frame, - first control means for controlling activation and deactivation of said first blocking arrangement, - second control means for controlling activation and deactivation of said second blocking arrangement, - a connecting member connecting said first control means with said second control means,
Method for purifying with oxygen, a gas supply flow comprising at least 45% CO 2 and less than 10% oxygen, said method comprising: a) a step of catalytically oxidising (3, 4) the gas supply flow in the presence of a fuel, the fuel being methane and hydrogen, and b) a step of recovering a gas flow deprived of oxygen, with the catalytic oxidation step carried out in a catalytic oxidation unit comprising two reactors in series: - a first reactor comprising a first catalytic bed and implementing a first fuel, and - a second reactor comprising a second catalytic bed and implementing a second fuel, with the first fuel being methane and the second fuel being hydrogen. a) a step of catalytically oxidising (3, 4) the gas supply flow in the presence of a fuel, the fuel being methane and hydrogen, and b) a step of recovering a gas flow deprived of oxygen, - a first reactor comprising a first catalytic bed and implementing a first fuel, and - a second reactor comprising a second catalytic bed and implementing a second fuel,
A vending machine in which at least one food product is storable, coolable and/or heatable, comprising a rack storage compartment adapted to store a plurality of food products and a transport device via which at least one food product is respectively removable from the rack storage compartment, the transport device having a transport tool for gripping the food product and, wherein the transport tool is movable at least horizontally and vertically and is rotatable and/or pivotable at least around a vertical axis, the transport device being at least partially surrounded by the rack storage compartment, and the food product being transportable with the aid of the transport tool of the transport device to a plurality of stations (S1, S2, S3, S4) arranged in the vending machine, the plurality of stations (S1, S2, S3, S4) being arranged above the rack storage compartment.
An automated device for iterative staining of a biological sample comprising: a flow cell in fluid communication with a staining agent unit and a destaining agent unit, wherein the flow cell comprises a surface configured to operatively engage the sample therewith; an illumination source for illuminating at least a portion of the biological sample; a monitoring unit operatively coupled to the flow cell and configured for monitoring one or more optical characteristics of the biological sample before, during, and/or after the application of a reagent being at least one of a staining agent and a destaining agent; and a processing unit for determining a figure of merit based on at least one of said optical characteristics of the biological sample; a controller unit in communication with the processing unit and the flow cell, characterised in that the controller unit is configured to control the application of at least one of the staining agent and the destaining agent based at least in part on the figure of merit and to cease the reagent flow after saturation of at least one of the one or more optical characteristics. a flow cell in fluid communication with a staining agent unit and a destaining agent unit, wherein the flow cell comprises a surface configured to operatively engage the sample therewith; an illumination source for illuminating at least a portion of the biological sample; a monitoring unit operatively coupled to the flow cell and configured for monitoring one or more optical characteristics of the biological sample before, during, and/or after the application of a reagent being at least one of a staining agent and a destaining agent; and a processing unit for determining a figure of merit based on at least one of said optical characteristics of the biological sample; a controller unit in communication with the processing unit and the flow cell, characterised in that the controller unit is configured to control the application of at least one of the staining agent and the destaining agent based at least in part on the figure of merit and to cease the reagent flow after saturation of at least one of the one or more optical characteristics.