mhurhangee/ep-ind-claims huggingface dataset:
A guide block for use within a grid on a compression plate of a magnetic resonance imaging device used to compress breast tissue, wherein the guide block comprises: a. a body formed of a polymeric material and which has four lateral sides, a proximal face, a distal face, a length between the proximal and distal faces and which has a longitudinal axis extending between the proximal and distal faces; b. a first passageway which is centrally disposed within the body, which is open along the length thereof and which is parallel to the longitudinal axis; c. a second passageway which is disposed within the body and which is located vertical or horizontal to the first passageway and parallel to the longitudinal axis; d. a third passageway which is disposed within the body, which is located diagonal to the first passageway and which has a longitudinal opening along a length thereof which is parallel to the longitudinal axis; and e. a fourth passageway which is disposed within the body, which is located diagonal to the first passageway and in an opposite side of the body from the diagonal location of the third passageway and which is parallel to the longitudinal axis, wherein the four passageways (22, 24, 26, 28) are so positioned that in use by rotating the body about its longitudinal axis such that any one of the four sides is aligned with any one of four sides of a grid opening, each area of tissue behind the block is accessible through at least one of the four passageways, characterized in that the longitudinal opening of the third passageway is in fluid communication with the opening in the first passageway. a. a body formed of a polymeric material and which has four lateral sides, a proximal face, a distal face, a length between the proximal and distal faces and which has a longitudinal axis extending between the proximal and distal faces; b. a first passageway which is centrally disposed within the body, which is open along the length thereof and which is parallel to the longitudinal axis; c. a second passageway which is disposed within the body and which is located vertical or horizontal to the first passageway and parallel to the longitudinal axis; d. a third passageway which is disposed within the body, which is located diagonal to the first passageway and which has a longitudinal opening along a length thereof which is parallel to the longitudinal axis; and e. a fourth passageway which is disposed within the body, which is located diagonal to the first passageway and in an opposite side of the body from the diagonal location of the third passageway and which is parallel to the longitudinal axis, wherein the four passageways (22, 24, 26, 28) are so positioned that in use by rotating the body about its longitudinal axis such that any one of the four sides is aligned with any one of four sides of a grid opening, each area of tissue behind the block is accessible through at least one of the four passageways, characterized in that the longitudinal opening of the third passageway is in fluid communication with the opening in the first passageway.
A transmission method for use in a wireless communication system comprising at least one terminal and at least one base station controlling at least two transmission points (10, 12, 14) which may each be controlled to broadcast a first signal, the method comprising: broadcasting, by at least the two transmission points, the first signal; discovering, by the terminal, at least one of the two transmission points by receiving the first signal broadcast from said transmission points; and thereafter transmitting, by the terminal, a presence indication in the form of a second signal with at least one characteristic which depends on at least one characteristic of the received first signal; characterised by in response to a transmission point receiving the second signal from the terminal, enabling, by the base station, a third signal including any one or more of a broadcast channel, a paging channel, a broadcast reference signal, and a synchronization sequence to be broadcast from at least one of the previously discovered transmission points so that the third signal is broadcast only when one or more terminals are present. broadcasting, by at least the two transmission points, the first signal; discovering, by the terminal, at least one of the two transmission points by receiving the first signal broadcast from said transmission points; and thereafter transmitting, by the terminal, a presence indication in the form of a second signal with at least one characteristic which depends on at least one characteristic of the received first signal; characterised by in response to a transmission point receiving the second signal from the terminal, enabling, by the base station, a third signal including any one or more of a broadcast channel, a paging channel, a broadcast reference signal, and a synchronization sequence to be broadcast from at least one of the previously discovered transmission points so that the third signal is broadcast only when one or more terminals are present.
A method comprising: receiving a first list of contacts and a second list of contacts from a social service platform; receiving audio content, originating from a media service platform, via one of a plurality of devices (121, 123), wherein the one device is associated with a member of the first list of contacts from the social service platform; causing, at least in part, modification of the audio content to generate new audio content; determining that the new audio content can be transmitted to another one of the plurality of devices based on access rights associated with the received audio content; causing, at least in part, an addition of an access rights rule to the new audio content; and causing, at least in part, transmission of the new audio content and the access rights rule to the other one of the plurality of devices (141, 143, 145), wherein the other one device is associated with a member of the second list of contacts from the social service platform, wherein the access rights rule includes a digital signature to limit the access of the new audio content to a certain group of devices associated with members of the second list of contacts. receiving a first list of contacts and a second list of contacts from a social service platform; receiving audio content, originating from a media service platform, via one of a plurality of devices (121, 123), wherein the one device is associated with a member of the first list of contacts from the social service platform; causing, at least in part, modification of the audio content to generate new audio content; determining that the new audio content can be transmitted to another one of the plurality of devices based on access rights associated with the received audio content; causing, at least in part, an addition of an access rights rule to the new audio content; and causing, at least in part, transmission of the new audio content and the access rights rule to the other one of the plurality of devices (141, 143, 145), wherein the other one device is associated with a member of the second list of contacts from the social service platform, wherein the access rights rule includes a digital signature to limit the access of the new audio content to a certain group of devices associated with members of the second list of contacts.
A particulate matter sensor device for detecting and/or characterising particulate matter in a flow of an aerosol sample guided through the particulate matter sensor device, comprising: - an enclosure, the enclosure comprising a flow inlet and a flow outlet, and the enclosure being arranged and configured for defining a flow channel for guiding the flow of the aerosol sample through the particulate matter sensor device from the flow inlet to the flow outlet; - a radiation source arranged and configured to emit radiation at least partially into the flow channel for interaction of the radiation with at least some of the particulate matter in the flow of the aerosol sample; - a radiation detector arranged and configured to detect at least part of said radiation after interaction with the particulate matter; and - a flow modifying device (511, 511a, 512, 513, 514; 521) arranged closely upstream of the radiation detector and/or of the radiation source, and configured to at least locally modify the flow of the aerosol sample, the flow modifying device (511, 511a, 512, 513, 514; 521) comprising or consisting of at least one additional flow opening (511, 511a, 512, 513, 514) for creating at least one additional flow into the flow channel; a filter that is associated with the at least one additional flow opening (511, 511a, 512, 513, 514) such that the additional flow is a filtered flow; and a feed line for feeding the additional flow to said at least one additional flow opening (511, 511a, 512, 513, 514), characterised in that the additional flow is limited by a dimension of the feed line while not being limited by the filter. - an enclosure, the enclosure comprising a flow inlet and a flow outlet, and the enclosure being arranged and configured for defining a flow channel for guiding the flow of the aerosol sample through the particulate matter sensor device from the flow inlet to the flow outlet; - a radiation source arranged and configured to emit radiation at least partially into the flow channel for interaction of the radiation with at least some of the particulate matter in the flow of the aerosol sample; - a radiation detector arranged and configured to detect at least part of said radiation after interaction with the particulate matter; and - a flow modifying device (511, 511a, 512, 513, 514; 521) arranged closely upstream of the radiation detector and/or of the radiation source, and configured to at least locally modify the flow of the aerosol sample, the flow modifying device (511, 511a, 512, 513, 514; 521) comprising or consisting of at least one additional flow opening (511, 511a, 512, 513, 514) for creating at least one additional flow into the flow channel; a filter that is associated with the at least one additional flow opening (511, 511a, 512, 513, 514) such that the additional flow is a filtered flow; and a feed line for feeding the additional flow to said at least one additional flow opening (511, 511a, 512, 513, 514), characterised in that the additional flow is limited by a dimension of the feed line while not being limited by the filter.
A method of making an electrode, comprising: combining a first lithium ion-based electroactive material with first and second carbon black particles, the first carbon black particles having a first level of dispersion, and the second carbon black particles having a second level of dispersion lower than the first level of dispersion wherein the first and second carbon black particles have a bimodal particle size distribution. combining a first lithium ion-based electroactive material with first and second carbon black particles, the first carbon black particles having a first level of dispersion, and the second carbon black particles having a second level of dispersion lower than the first level of dispersion wherein the first and second carbon black particles have a bimodal particle size distribution.
A method for producing graphene, comprising performing plasma treatment using hydrogen or mixed gas of hydrogen and inert gas on a metal foil substrate having a catalytic function and an organic substance applied thereon at a pressure of 10 2 Pa or lower while a temperature inside a surface wave microwave plasma treatment device is set to 500°C or lower, and thereby forming graphene on a surface of the metal foil substrate.
Filling station for supplying a plurality of vehicles with a gas containing hydrogen originating from a source and comprising: - a storage unit comprising a plurality of containers for storing gas at high pressure; - a compression unit comprising a plurality of compressors for increasing the pressure of the gas intended for the storage unit; - a supply unit comprising at least one supply device intended to supply a vehicle of the plurality of vehicles; the filling station also comprises: - a storage circuit for circulating the gas from the compression unit to the storage unit, the storage circuit comprising a network of storage pipes connecting each compressor of the compression unit to each container of the storage unit and at least one storage distributor for selectively associating the compressors and the containers; - a filling circuit for circulating the gas from the storage unit to the compression unit, the filling circuit comprising a network of filling pipes connecting each container of the storage unit with each compressor of the compression unit and at least one filling distributor for selectively associating the containers and the compressors; - control means for controlling the storage and filling distributors. - a storage unit comprising a plurality of containers for storing gas at high pressure; - a compression unit comprising a plurality of compressors for increasing the pressure of the gas intended for the storage unit; - a supply unit comprising at least one supply device intended to supply a vehicle of the plurality of vehicles; - a storage circuit for circulating the gas from the compression unit to the storage unit, the storage circuit comprising a network of storage pipes connecting each compressor of the compression unit to each container of the storage unit and at least one storage distributor for selectively associating the compressors and the containers; - a filling circuit for circulating the gas from the storage unit to the compression unit, the filling circuit comprising a network of filling pipes connecting each container of the storage unit with each compressor of the compression unit and at least one filling distributor for selectively associating the containers and the compressors; - control means for controlling the storage and filling distributors.
Electrical rotating machine comprising a casing and a compartment fitted to the casing, closely following the shape thereof, the compartment comprising two half-shells (10, 11) assembled to one another and to the casing by horizontal screws (60, 61), one half-shell comprising on its top face an access hatch attached to the half-shell with the aid of vertical screws.
A printing system, comprising: a plurality of inkjet cartridges disposed on a carrier; a wiping unit, wherein the wiping unit includes a plurality of wiper blades; a wiper transport to effect relative movement between the carrier and the wiping unit such that the plurality of wiper blades cleans the plurality of inkjet cartridges; a wiper wash unit actuator that causes a wiper wash unit to clean the plurality of wiper blades; a cleaning bay; a transport system (1010, 1014) that is configured to position the carrier over the cleaning bay; a sealing member that substantially encloses a bottom surface of the carrier when the carrier is positioned over the cleaning bay to protect a volume of space between the bottom surface of the carrier and the cleaning bay from the environment outside; characterized in that the wiper wash unit is configured to adjust at least one of humidity, temperature, and ambient pressure in the volume of space when the bottom surface of the carrier is substantially enclosed. a plurality of inkjet cartridges disposed on a carrier; a wiping unit, wherein the wiping unit includes a plurality of wiper blades; a wiper transport to effect relative movement between the carrier and the wiping unit such that the plurality of wiper blades cleans the plurality of inkjet cartridges; a wiper wash unit actuator that causes a wiper wash unit to clean the plurality of wiper blades; a cleaning bay; a transport system (1010, 1014) that is configured to position the carrier over the cleaning bay; a sealing member that substantially encloses a bottom surface of the carrier when the carrier is positioned over the cleaning bay to protect a volume of space between the bottom surface of the carrier and the cleaning bay from the environment outside; characterized in that the wiper wash unit is configured to adjust at least one of humidity, temperature, and ambient pressure in the volume of space when the bottom surface of the carrier is substantially enclosed.
A method for forming an electron extraction layer, wherein a precursor of an inorganic compound and an organic compound having an electron-donating group and a bonding functional group are mixed in a solvent, the mixture is dissolved, and the solution is applied onto a cathode or a photoelectric conversion layer to form a layer, wherein the bonding functional group of the organic compound is bonded to the inorganic compound before or after the solution is applied, while the precursor of the inorganic compound is converted into the inorganic compound concurrently with the bonding reaction with the organic compound, wherein the bonding functional group of the organic compound is a functional group selected from the group consisting of an alkoxysilyl group, a chlorosilyl group, a sulfonylchloride group, a carboxy group, a phosphoric acid group and a thiol group.
A process for preparing a precipitated calcium carbonate product comprising the steps of: (a) preparing an aqueous suspension of precipitated calcium carbonate seeds by carbonating a suspension of Ca 2 in the presence of 0.005 to 0.030 moles of Sr, in the form of Sr 2, per mole of Ca 2, (b) dewatering and dispersing the precipitated calcium carbonate seeds prepared in step (a) to obtain an aqueous suspension of precipitated calcium carbonate seeds having a d 50 of less than or equal to 0.1 to 0.3 μm and a BET specific surface area of 10 to 30 m 2 /g, and (c) forming an aqueous suspension of a precipitated calcium carbonate product by carbonating a slurry of Ca 2 in the presence of 0.5 to 5 % by dry weight of the precipitated calcium carbonate seeds obtained in step (b), wherein the precipitated calcium carbonate seeds have a d 50 that is less than the d 50 of the precipitated calcium carbonate product and the precipitated calcium carbonate seeds have an aragonitic polymorph content greater than or equal to the precipitated calcium carbonate product obtained in step (c) characterized in that the dewatering of step (b) is carried out by the use of a tube press. (a) preparing an aqueous suspension of precipitated calcium carbonate seeds by carbonating a suspension of Ca 2 in the presence of 0.005 to 0.030 moles of Sr, in the form of Sr 2, per mole of Ca 2, (b) dewatering and dispersing the precipitated calcium carbonate seeds prepared in step (a) to obtain an aqueous suspension of precipitated calcium carbonate seeds having a d 50 of less than or equal to 0.1 to 0.3 μm and a BET specific surface area of 10 to 30 m 2 /g, and (c) forming an aqueous suspension of a precipitated calcium carbonate product by carbonating a slurry of Ca 2 in the presence of 0.5 to 5 % by dry weight of the precipitated calcium carbonate seeds obtained in step (b),
A manufacturing method of a reactor, comprising: assembling an assembly that is constituted by a coil and a bobbin, which includes a tube portion and a flange portion, by inserting the bobbin through the coil so that a plate portion, extending from a tip at the other second end of the tube portion, protrudes from the coil in an axial direction of the tube portion; forming a cavity by installing the assembly in a first die so that a portion of a coil lateral face comes into contact with a cavity face of the first die, and closing a second die so that the second die is opposed to the first die; and inserting first press rods (43a,43b) into the cavity to reach the bobbin through a cavity face of the second die, and injecting a resin into the cavity while pressing, from an opposite side of the tube portion from the portion of the coil lateral face, both ends of the bobbin in an axial direction of the coil. assembling an assembly that is constituted by a coil and a bobbin, which includes a tube portion and a flange portion, by inserting the bobbin through the coil so that a plate portion, extending from a tip at the other second end of the tube portion, protrudes from the coil in an axial direction of the tube portion; forming a cavity by installing the assembly in a first die so that a portion of a coil lateral face comes into contact with a cavity face of the first die, and closing a second die so that the second die is opposed to the first die; and inserting first press rods (43a,43b) into the cavity to reach the bobbin through a cavity face of the second die, and injecting a resin into the cavity while pressing, from an opposite side of the tube portion from the portion of the coil lateral face, both ends of the bobbin in an axial direction of the coil.
A method of adjusting a ride height of a vehicle, the method comprising the steps of: accepting a first user selection, wherein said first user selection corresponds to a first selected location; recording said first selected location; accepting a second user selection, wherein said second user selection corresponds to a preferred ride height to be associated with said first selected location; recording said preferred ride height; monitoring a vehicle location, wherein said monitoring step is performed by an on-board global positioning system, GPS; and automatically adjusting the ride height of the vehicle from a first ride height to said preferred ride height; wherein said step of automatically adjusting the ride height comprises: monitoring a vehicle speed corresponding to said vehicle and adjusting the ride height prior to reaching the first selected position taking into account said vehicle speed; and/or wherein said step of automatically adjusting the ride height begins when said vehicle location is a preset distance away from said first selected location; thus ensuring that the preferred ride height is achieved before the vehicle reaches the first selected position. accepting a first user selection, wherein said first user selection corresponds to a first selected location; recording said first selected location; accepting a second user selection, wherein said second user selection corresponds to a preferred ride height to be associated with said first selected location; recording said preferred ride height; monitoring a vehicle location, wherein said monitoring step is performed by an on-board global positioning system, GPS; and automatically adjusting the ride height of the vehicle from a first ride height to said preferred ride height; wherein said step of automatically adjusting the ride height comprises: monitoring a vehicle speed corresponding to said vehicle and adjusting the ride height prior to reaching the first selected position taking into account said vehicle speed; and/or wherein said step of automatically adjusting the ride height begins when said vehicle location is a preset distance away from said first selected location; thus ensuring that the preferred ride height is achieved before the vehicle reaches the first selected position. monitoring a vehicle speed corresponding to said vehicle and adjusting the ride height prior to reaching the first selected position taking into account said vehicle speed; and/or wherein said step of automatically adjusting the ride height begins when said vehicle location is a preset distance away from said first selected location; thus ensuring that the preferred ride height is achieved before the vehicle reaches the first selected position.