mhurhangee/ep-ind-claims huggingface dataset:
A thermodynamic system that contains a bi-phase fluid, the thermodynamic system comprising: an evaporator region for absorbing heat to convert a liquid fraction of the bi-phase fluid into a vapor fraction of the bi-phase fluid; a condenser region for dissipating the heat out of the bi-phase fluid to convert the vapor fraction of the bi-phase fluid into the liquid fraction of the bi-phase fluid; a vapor flow path extending from the evaporator region to the condenser region; and a liquid flow path that includes a plurality of channels extending from the condenser region to the evaporator region, wherein the liquid flow path includes a first segment (105), that is disposed at least partially within the condenser region, at which the plurality of channels have a first width and a first depth, and wherein the liquid flow path further includes a second segment (105), that is disposed at least partially within the evaporator region, at which the plurality of channels have a second width that is less than the first width and characterized in that the plurality of channels have a second depth that is greater than the first depth an evaporator region for absorbing heat to convert a liquid fraction of the bi-phase fluid into a vapor fraction of the bi-phase fluid; a condenser region for dissipating the heat out of the bi-phase fluid to convert the vapor fraction of the bi-phase fluid into the liquid fraction of the bi-phase fluid; a vapor flow path extending from the evaporator region to the condenser region; and a liquid flow path that includes a plurality of channels extending from the condenser region to the evaporator region, wherein the liquid flow path includes a first segment (105), that is disposed at least partially within the condenser region, at which the plurality of channels have a first width and a first depth, and wherein the liquid flow path further includes a second segment (105), that is disposed at least partially within the evaporator region, at which the plurality of channels have a second width that is less than the first width and characterized in that the plurality of channels have a second depth that is greater than the first depth wherein the liquid flow path includes a first segment (105), that is disposed at least partially within the condenser region, at which the plurality of channels have a first width and a first depth, and wherein the liquid flow path further includes a second segment (105), that is disposed at least partially within the evaporator region, at which the plurality of channels have a second width that is less than the first width and characterized in that the plurality of channels have a second depth that is greater than the first depth
An x-ray and gamma ray imaging device, comprising: a) a detector substrate having a two dimensional array of radiation detector pixels for detecting incoming radiation events; and b) a readout substrate comprising a two dimensional array of readout pixel circuits, wherein the readout pixel circuits are coupled to the radiation detector pixels for processing electrical signals corresponding to the incoming radiation events, characterized by each of said readout pixel circuits further comprising an in-pixel digital buffer for storing at least two digital values corresponding to the signal of at least two of the detected radiation events, wherein each digital value represents the energy of a detected radiation event for that pixel. a) a detector substrate having a two dimensional array of radiation detector pixels for detecting incoming radiation events; and b) a readout substrate comprising a two dimensional array of readout pixel circuits, wherein the readout pixel circuits are coupled to the radiation detector pixels for processing electrical signals corresponding to the incoming radiation events,
A surgical template for dental and/or orthodontic implants, in particular palatal implants, comprising: - a palate portion reproducing the shape of the palate of a patient; - at least one substantially cylindrical guide provided in said palate portion; - at least one implant which is a miniscrew for orthodontic anchorage having a cylindrical or conical transmucosal collar or head; wherein said at least one substantially cylindrical guide has an axial passage having an inlet cylindrical length with an inlet section and an outlet length with an outlet section for the insertion of a corresponding implant in the palate of the patient with predetermined inclination and deepness; characterized by comprising end-stroke means adapted to define an axial abutment (21, 18) for the transmucosal collar or head of said implant at the insertion thereof into said passage for adjusting the insertion deepness. - a palate portion reproducing the shape of the palate of a patient; - at least one substantially cylindrical guide provided in said palate portion; - at least one implant which is a miniscrew for orthodontic anchorage having a cylindrical or conical transmucosal collar or head;
A cosmetic product dispensing device comprising: - a mechanism for dispensing a dose of a cosmetic product through a dispensing nozzle; - at least one presence sensor, adapted to detect a movement of a hand; - an outer surface area intended to form a hand warmer, and means for heating the outer surface area, the presence sensor being configured to detect at least: - a first type of presence of a hand, with a duration comprised between a predetermined first duration t 1 and a second duration t 2, and - a second type of presence of a hand, with a third duration t 3 shorter than the first predetermined duration t 1, and the device further integrating electronic management means connected to the presence sensor, to the dispensing mechanism and to the heating means, parameterised to transmit: - a dispensing command to the dispensing mechanism, when the first presence type is detected, or - a preheating command to the heating means, when the second presence type is detected. - a mechanism for dispensing a dose of a cosmetic product through a dispensing nozzle; - at least one presence sensor, adapted to detect a movement of a hand; - an outer surface area intended to form a hand warmer, and means for heating the outer surface area, - a first type of presence of a hand, with a duration comprised between a predetermined first duration t 1 and a second duration t 2, and - a second type of presence of a hand, with a third duration t 3 shorter than the first predetermined duration t 1, and the device further integrating electronic management means connected to the presence sensor, to the dispensing mechanism and to the heating means, parameterised to transmit: - a dispensing command to the dispensing mechanism, when the first presence type is detected, or - a preheating command to the heating means, when the second presence type is detected. - a dispensing command to the dispensing mechanism, when the first presence type is detected, or - a preheating command to the heating means, when the second presence type is detected.
A boom assembly comprising a support having forks (29, 30), and a boom (23, 24) pivoted between the forks on a spindle about a substantially horizontal pivot axis, characterized in that the spindle includes a circular bearing portion (31, 32) for the forks and a circular boom portion for the boom, the boom portion being eccentric with respect to the bearing portion so that rotation of the spindle moves the boom in yaw with respect to the forks.
A method for wireless communication at a first base station associated with a first cell, comprising: receiving location information from a vehicle; identifying, based at least in part on the location information, a plurality of cells from which to broadcast a location message associated with the vehicle, the plurality of cells including a cell of a second base station, wherein the location message is based at least in part on the location information; identifying a set of at least one subframe in which to broadcast the location message over a single frequency network, at a same time the location message is broadcast from each cell of the plurality of cells; and communicating with at least the second base station regarding the broadcast of the location message. receiving location information from a vehicle; identifying, based at least in part on the location information, a plurality of cells from which to broadcast a location message associated with the vehicle, the plurality of cells including a cell of a second base station, wherein the location message is based at least in part on the location information; identifying a set of at least one subframe in which to broadcast the location message over a single frequency network, at a same time the location message is broadcast from each cell of the plurality of cells; and communicating with at least the second base station regarding the broadcast of the location message.
A method for data transmission, comprising: receiving, by a media processing device, a service request sent by a user equipment, wherein the media processing device is located at a radio access network where the user equipment is located; obtaining, by the media processing device, service data corresponding to the service request; obtaining, by the media processing device, air interface resource information of a cell where the user equipment is located and transmission resource information; obtaining, by a Policy and Charging Rules Function, PCRF, entity terminal information of the user equipment; and generating, by the PCRF entity, a user policy according to the terminal information; sending, by the PCRF entity, an allocation and retention priority, ARP, to the media processing device; using, by the media processing device, said ARP as the user policy after obtaining said ARP from said PCRF; and performing, by the media processing device, bit rate selection on the service data according to the obtained air interface resource information and transmission resource information and according to the user policy; wherein the media processing device is integrated in a radio network controller or is integrated in an evolved base station receiving, by a media processing device, a service request sent by a user equipment, wherein the media processing device is located at a radio access network where the user equipment is located; obtaining, by the media processing device, service data corresponding to the service request; obtaining, by the media processing device, air interface resource information of a cell where the user equipment is located and transmission resource information; obtaining, by a Policy and Charging Rules Function, PCRF, entity terminal information of the user equipment; and generating, by the PCRF entity, a user policy according to the terminal information; sending, by the PCRF entity, an allocation and retention priority, ARP, to the media processing device; using, by the media processing device, said ARP as the user policy after obtaining said ARP from said PCRF; and performing, by the media processing device, bit rate selection on the service data according to the obtained air interface resource information and transmission resource information and according to the user policy; wherein the media processing device is integrated in a radio network controller or is integrated in an evolved base station
Self-propelled surface cleaning machine, comprising: - a front wheel device, - a steering device having a mechanical steering rod which is associated with the front wheel device and connects the front wheel device and a steering wheel, - a steering angle sensor device by which a steering angle at the front wheel device is detectable and which detects an angular position of the steering wheel or of the steering rod, - a rear wheel device having at least one left rear wheel and at least one right rear wheel, - a cleaning liquid application device by which cleaning liquid is applicable to a ground in an application area that is arranged between the front wheel device and the rear wheel device, - a first electromotive drive device associated with the at least one left rear wheel, - a second electromotive drive device associated with the at least one right rear wheel, and - a control device operatively connected for signal communication with the steering angle sensor device, the first electromotive drive device and the second electromotive drive device, wherein each of the first electromotive drive device and the second electromotive drive device is controllable individually depending on signals from the steering angle sensor device. - a front wheel device, - a steering device having a mechanical steering rod which is associated with the front wheel device and connects the front wheel device and a steering wheel, - a steering angle sensor device by which a steering angle at the front wheel device is detectable and which detects an angular position of the steering wheel or of the steering rod, - a rear wheel device having at least one left rear wheel and at least one right rear wheel, - a cleaning liquid application device by which cleaning liquid is applicable to a ground in an application area that is arranged between the front wheel device and the rear wheel device, - a first electromotive drive device associated with the at least one left rear wheel, - a second electromotive drive device associated with the at least one right rear wheel, and - a control device operatively connected for signal communication with the steering angle sensor device, the first electromotive drive device and the second electromotive drive device, wherein each of the first electromotive drive device and the second electromotive drive device is controllable individually depending on signals from the steering angle sensor device.
A packaging method, comprising: packaging a display element on a substrate having the display element disposed thereon to form a package (30a, 30b) covering the display element, wherein a first substance (50, 50') is disposed on at least a part of the substrate inside the package (30a, 30b), the first substance (50, 50') comprising thermite; and initiating the first substance (50, 50') to obtain a second substance comprising a product of the thermite reaction, characterized in that the package (30a, 30b) is a laminar package, the substrate and the laminar package are configured to be melted by heat released during the thermite reaction, the second substance is configured to be spread into the substrate and/or the laminar package close to the thermite, the laminar package is in direct contact with the substrate to form a contact area, a part of the first substance (50, 50') extends to the exterior of the contact area to get the part of first substance (50, 50') exposed. packaging a display element on a substrate having the display element disposed thereon to form a package (30a, 30b) covering the display element, wherein a first substance (50, 50') is disposed on at least a part of the substrate inside the package (30a, 30b), the first substance (50, 50') comprising thermite; and initiating the first substance (50, 50') to obtain a second substance comprising a product of the thermite reaction, characterized in that the package (30a, 30b) is a laminar package, the substrate and the laminar package are configured to be melted by heat released during the thermite reaction, the second substance is configured to be spread into the substrate and/or the laminar package close to the thermite, the laminar package is in direct contact with the substrate to form a contact area, a part of the first substance (50, 50') extends to the exterior of the contact area to get the part of first substance (50, 50') exposed.
A thermal bridge comprising a frame defining a bridge opening that extends through the frame, characterized by: an array of plates held in the bridge opening of the frame, the plates stacked side-by-side along a stack axis, the array extending between a top end defined by top edges of the plates and a bottom end defined by bottom edges of the plates, each of the plates being independently vertically compressible between the respective top and bottom edges of the plate relative to other plates in the array, the top end of the array being configured to engage and conform to a contour of a first external surface, the bottom end of the array being configured to engage and conform to a contour of a second external surface, the plates being thermally conductive to transfer heat between the first and second external surfaces.
A bi-directional steering mechanism comprising: a plurality of tie rods (220, 221); and a linkage configured to convert rotational motion about a vertical axis into linear motion so that wheels attached to ends of the plurality of tie rods (220, 221) are turned about a common pivot point in a parallel arrangement while the linkage rotates around the vertical axis, the linkage comprising an upper portion attached to an actuator, a middle portion, and a lower portion; characterized in that the lower portion of the linkage comprises an end extending radially outward from the vertical axis, the end having horizontally offset attachment points rotatably securing the ends of the plurality of tie rods (220, 221) in a vertically overlapping arrangement where the ends and a portion of each of the plurality of tie rods (220, 221) vertically overlap each other as the linkage rotates about the vertical axis; wherein a first tie rod extends to a first offset attachment point and a second tie rod extends to a second offset attachment point to form the vertically overlapping arrangement, the first offset attachment point being further from an end of the first tie rod attached to a wheel than the second offset attachment point is from the end of the first tie rod attached to the wheel, and the second offset attachment point being further from an end of the second tie rod attached to a wheel than the first offset attachment point is from the end of the second tie rod attached to the wheel. a plurality of tie rods (220, 221); and a linkage configured to convert rotational motion about a vertical axis into linear motion so that wheels attached to ends of the plurality of tie rods (220, 221) are turned about a common pivot point in a parallel arrangement while the linkage rotates around the vertical axis, the linkage comprising an upper portion attached to an actuator, a middle portion, and a lower portion; characterized in that the lower portion of the linkage comprises an end extending radially outward from the vertical axis, the end having horizontally offset attachment points rotatably securing the ends of the plurality of tie rods (220, 221) in a vertically overlapping arrangement where the ends and a portion of each of the plurality of tie rods (220, 221) vertically overlap each other as the linkage rotates about the vertical axis; wherein a first tie rod extends to a first offset attachment point and a second tie rod extends to a second offset attachment point to form the vertically overlapping arrangement, the first offset attachment point being further from an end of the first tie rod attached to a wheel than the second offset attachment point is from the end of the first tie rod attached to the wheel, and the second offset attachment point being further from an end of the second tie rod attached to a wheel than the first offset attachment point is from the end of the second tie rod attached to the wheel.
Composition based on cerium oxide and zirconium oxide containing at least 30 wt% cerium oxide; having, after calcination at a temperature of 900°C for 4 hours, two populations of pores, the respective diameters of which are centered around a value of: ▪ between 5 and 15 nm for the 1 st population and between 45 and 65 nm for the 2 nd population if the proportion of cerium oxide is between 30% and 65%; or else ▪ between 10 and 20 nm for the 1 st population and between 60 and 100 nm for the 2 nd population if the proportion of cerium oxide is higher than 65%, the expression "pore population centred around a given value" meaning that, on the curve giving the derivative of the function V=f(d), V representing the pore volume as function of the pore diameter d, the presence, in the curve, of a peak is observed the maximum of which is located at this given value. ▪ between 5 and 15 nm for the 1 st population and between 45 and 65 nm for the 2 nd population if the proportion of cerium oxide is between 30% and 65%; or else ▪ between 10 and 20 nm for the 1 st population and between 60 and 100 nm for the 2 nd population if the proportion of cerium oxide is higher than 65%,
An intravenous catheter device, comprising: a. a catheter hub comprising an inner cavity; b. a flexible tube arranged within the inner cavity to provide a closeable passageway for fluid through the catheter hub; and c. a flexible spring clip which is movable between a deactivated position and an activated position, wherein the spring clip compresses the flexible tube in the activated position to close the passageway; d. the spring clip being moveable from the activated position to the deactivated position when a fluid connector is inserted into the catheter hub, characterized in that the inner cavity of the catheter hub comprises two retaining cavities (31, 32) in which at least a part of the spring clip is arranged, wherein each retaining cavity (31, 32) has a trapezoid form at the distal end. a. a catheter hub comprising an inner cavity; b. a flexible tube arranged within the inner cavity to provide a closeable passageway for fluid through the catheter hub; and c. a flexible spring clip which is movable between a deactivated position and an activated position, wherein the spring clip compresses the flexible tube in the activated position to close the passageway; d. the spring clip being moveable from the activated position to the deactivated position when a fluid connector is inserted into the catheter hub,
A benzodithiophene based copolymer containing thieno [3,4-b] thiophene units, having a structural formula: wherein R 1 and R 2 are selected from the group consisting of H, and C 1 to C 16 alkyl, respectively; R 3 and R 4 are selected from the group consisting of H, C 1 to C 16 alkyl, C 1 to C 16 alkoxy, and thienyl substituted by C 1 to C 16 alkyl, respectively; R 5 is C 1 to C 16 alkyl; n is a natural number from 7 to 80. wherein R 1 and R 2 are selected from the group consisting of H, and C 1 to C 16 alkyl, respectively; R 3 and R 4 are selected from the group consisting of H, C 1 to C 16 alkyl, C 1 to C 16 alkoxy, and thienyl substituted by C 1 to C 16 alkyl, respectively; R 5 is C 1 to C 16 alkyl; n is a natural number from 7 to 80.