mhurhangee/ep-ind-claims huggingface dataset:
Depositing device for splice protection devices (4, 5) for optical fibers, which has a plurality of splice protection holders (2, 3), wherein first splice protection holders have two first wall sections (21a, 21b) with flat, mutually parallel inner sides (22a, 22b) and second splice protection holders have second wall sections (31a, 31b) with inner sides (32a, 32b) inclined towards each other, and the first splice protection holders are designed for receiving first splice protection devices having a cross-section with outer sides parallel to one another, and in which the second splice protection holders are designed for receiving second splice protection devices having a round cross-section, characterized in that the second wall sections (31a, 31b) adjoin first wall sections (21a, 21b), specifically with an end (33a, 33b) pointing in a direction (-z) in which a splice protection device (4, 5) can be deposited in the depositing device, and wherein a first group of the second wall portions is inclined relative to a second group of the second wall portions, wherein the second wall portions (31a, 31b) belong to either the first group or the second group, and wherein each second splice protection holder comprises at least one member of both groups. wherein first splice protection holders have two first wall sections (21a, 21b) with flat, mutually parallel inner sides (22a, 22b) and second splice protection holders have second wall sections (31a, 31b) with inner sides (32a, 32b) inclined towards each other, and the first splice protection holders are designed for receiving first splice protection devices having a cross-section with outer sides parallel to one another, and in which the second splice protection holders are designed for receiving second splice protection devices having a round cross-section, characterized in that the second wall sections (31a, 31b) adjoin first wall sections (21a, 21b), specifically with an end (33a, 33b) pointing in a direction (-z) in which a splice protection device (4, 5) can be deposited in the depositing device, and wherein a first group of the second wall portions is inclined relative to a second group of the second wall portions, wherein the second wall portions (31a, 31b) belong to either the first group or the second group, and wherein each second splice protection holder comprises at least one member of both groups.
An apparatus comprising: means configured to receive a broadcast content containing first address information; means configured to acquire first information from a server based on the first address information, the first information being related to the broadcast content and including second address information, the first address information and the second address information being different and the second address information specifying a source of second information; means configured to display the broadcast content and the acquired first information; means configured to communicate with the server via the Internet; means configured to communicate with a second screen device via a wireless LAN interface; and means configured to transmit the second address information to the second screen device enabling the second screen device to access a second address indicated by the second address information, the second information being related to the broadcast content and specific to the second screen device. means configured to receive a broadcast content containing first address information; means configured to acquire first information from a server based on the first address information, the first information being related to the broadcast content and including second address information, the first address information and the second address information being different and the second address information specifying a source of second information; means configured to display the broadcast content and the acquired first information; means configured to communicate with the server via the Internet; means configured to communicate with a second screen device via a wireless LAN interface; and means configured to transmit the second address information to the second screen device enabling the second screen device to access a second address indicated by the second address information, the second information being related to the broadcast content and specific to the second screen device.
A decorative ring arrangement with a decorative ring a first finger ring on which first magnetic means arranged on the front side are provided, and a second finger ring, on which second magnetic means arranged on the front side are provided, wherein the magnetic means (14, 16) are designed to generate magnetic forces, by means of which the finger rings (4, 6) can be fixed to each other, characterized in that the at least one decorative ring has a painted circumferential exterior and is fixed between the first finger ring and the second finger ring. with a decorative ring a first finger ring on which first magnetic means arranged on the front side are provided, and a second finger ring, on which second magnetic means arranged on the front side are provided, wherein the magnetic means (14, 16) are designed to generate magnetic forces, by means of which the finger rings (4, 6) can be fixed to each other, characterized in that the at least one decorative ring has a painted circumferential exterior and is fixed between the first finger ring and the second finger ring.
Connector comprising: - a connector body having at least one loop-shaped body portion having an opening between a first body end and a second body end which ends face one another, - a closure gate, articulated for rotation, between a closed position and an open position, about its first gate end about a pivot pin situated in the connector body in the vicinity of the first body end, - an elastic return device constantly urging the closure gate toward its closed position in which the closure gate connects the first and second body ends, where the elastic return device comprises: - an axial compression elastic means housed in a compression bore formed in a longitudinal portion of one of either the first body end or the first gate end, - a cam formed on the other of either the first body end or the first gate end, - a sliding element with a frontal surface, which slides in translation along said longitudinal portion of said same first body end or first gate end, - the sliding element being urged by the axial-compression elastic means which pushes it back, in a direction of thrust (I-I), to bear slidingly against the cam via its frontal surface along a pressing line parallel to the pivot pin of the closure gate and which is permanently offset toward the open position of the closure gate with respect to the direction of thrust (I-I) passing through the pivot pin of the closure gate. - a connector body having at least one loop-shaped body portion having an opening between a first body end and a second body end which ends face one another, - a closure gate, articulated for rotation, between a closed position and an open position, about its first gate end about a pivot pin situated in the connector body in the vicinity of the first body end, - an elastic return device constantly urging the closure gate toward its closed position in which the closure gate connects the first and second body ends, - an axial compression elastic means housed in a compression bore formed in a longitudinal portion of one of either the first body end or the first gate end, - a cam formed on the other of either the first body end or the first gate end, - a sliding element with a frontal surface, which slides in translation along said longitudinal portion of said same first body end or first gate end, - the sliding element being urged by the axial-compression elastic means which pushes it back, in a direction of thrust (I-I), to bear slidingly against the cam via its frontal surface along a pressing line parallel to the pivot pin of the closure gate and which is permanently offset toward the open position of the closure gate with respect to the direction of thrust (I-I) passing through the pivot pin of the closure gate.
A method for measuring the focal distance of a thermal lens which is a virtual lens created in an analyte including the steps of providing an exciting optical beam (21.1) by an exciting optical source, such exciting optical beam passing through the analyte and creating the thermal lens, such thermal lens being unique and of substantially cylindrical geometry, emitting a coherent probe optical beam (22.1) by a probe optical source, such probe optical beam passing through the analyte and being propagated substantially perpendicular to the exciting optical beam (21.1), intercepting the probe optical beam by a detector after passing through the analyte, characterised in that it further includes the steps of focusing the probe optical beam (22.1) upstream or downstream of the thermal lens such that only a fraction (22.1a) of the probe optical beam (22.1) passes through the thermal lens, acquiring an interference image by the detector, processing the interference image to calculate the focal distance of the thermal lens.
Process for the preparation of a freeze-dried pharmaceutical composition comprising mitomycin C, in which a solution of mitomycin C is freeze-dried, wherein the solution comprises a mixture of tert.-butanol and water which comprises 84 to 95 wt.-% tert.-butanol.
A heat exchanging device comprising: a regenerator that heats an absorbent by acquired external energy and generates a vapor refrigerant by evaporating a refrigerant from the absorbent; a condenser that generates a liquid refrigerant by cooling and liquefying the vapor refrigerant generated by the regenerator; an evaporator that generates a vapor refrigerant by vaporizing the liquid refrigerant generated by the condenser and cools an object by heat of vaporization; an absorber that absorbs the vapor refrigerant generated by the evaporator into the absorbent; a plate-shaped structure that has a first surface and a second surface extending two-dimensionally and arranged on a front side and a rear side thereof, respectively, and has a predetermined thickness; and a first cover member that is disposed apart from the first surface to cover the first surface and sets a first space between the first surface and the first cover member, wherein the first space functions as at least one of the condenser and the absorber that dissipate heat from the first cover member and circulates the refrigerant and the absorbent, characterized by a second cover member that is disposed apart from the second surface to cover the second surface, and sets a second space between the second surface and the second cover member, wherein the second space functions as the evaporator, and the evaporator absorbs heat from the second cover member. a regenerator that heats an absorbent by acquired external energy and generates a vapor refrigerant by evaporating a refrigerant from the absorbent; a condenser that generates a liquid refrigerant by cooling and liquefying the vapor refrigerant generated by the regenerator; an evaporator that generates a vapor refrigerant by vaporizing the liquid refrigerant generated by the condenser and cools an object by heat of vaporization; an absorber that absorbs the vapor refrigerant generated by the evaporator into the absorbent; a plate-shaped structure that has a first surface and a second surface extending two-dimensionally and arranged on a front side and a rear side thereof, respectively, and has a predetermined thickness; and a first cover member that is disposed apart from the first surface to cover the first surface and sets a first space between the first surface and the first cover member, wherein the first space functions as at least one of the condenser and the absorber that dissipate heat from the first cover member and circulates the refrigerant and the absorbent, characterized by a second cover member that is disposed apart from the second surface to cover the second surface, and sets a second space between the second surface and the second cover member, wherein the second space functions as the evaporator, and the evaporator absorbs heat from the second cover member.
A system configured to enable sterile compounding, comprising: a scale having a platen, the scale configured to be in communication with a user display which is configured to display an output of the scale; and an image capture device having a field of view configured to capture at least one image of an object placed on the platen, the image capture device configured to be in communication with the user display which is configured to display the captured image, characterized in that the platen includes a visual identifier configured to identify the platen and said visual identifier being placed in a portion of the field of view of the image capture device. a scale having a platen, the scale configured to be in communication with a user display which is configured to display an output of the scale; and an image capture device having a field of view configured to capture at least one image of an object placed on the platen, the image capture device configured to be in communication with the user display which is configured to display the captured image, characterized in that the platen includes a visual identifier configured to identify the platen and said visual identifier being placed in a portion of the field of view of the image capture device.
A device for stimulating certain organs of the body of a user in a standing or sitting position, characterized in that it comprises a platform, configured to be placed directly on the ground during use of the stimulation device, provided with feet and arranged so as to be able to support the user in a standing or sitting position, forces transmission means linked to the platform and positioned between the platform and the user during use of the stimulation device, the forces transmission means comprising securing means to the user, said securing means being symmetrically arranged on the left and right sides of the user during use of the stimulation device, wherein the forces transmission means are rigid under tension.
A battery module with a battery array, a pair of end blocks (310, 320), a pair of side frames and a degassing device, the battery array comprising a plurality of battery cells arranged one after the other in a first direction, and a plurality of barriers (200, 250), each of which being arranged between and holding two of the battery cells that are consecutively arranged in the first direction, the battery array being arranged between the end blocks (310, 320) in and between the side frames transversely to the first direction, the side frames being fixed to the end blocks(310, 320), and the degassing device spanning the end blocks (310, 320) and the battery array and providing a passage for directing gas vented from the battery cells away from the battery module, wherein the degassing device is rigidly supporting the battery array, characterized in that the barriers (200, 250) have protruding portions respectively formed at both ends of an upper portion of the barriers (200, 250), the protruding portions protruding in the first direction, and receiving portions that correspond to the shape of the protruding portions, each of the receiving portions being formed opposite of a respective one of the protruding portions, wherein one end block of the pair of end blocks (310, 320) has a protruding portion that is insertable into the receiving portion of the barrier adjacent to the one end block, and the other end block of the pair of end blocks (310, 320) has a receiving portion in which the protruding portion of the barrier adjacent to the other end block is receivable.
A method for forming a dielectric film on at least one surface of a substrate, the method comprising: providing the at least one surface of the substrate in a reaction chamber; providing at least one silicon precursor selected from a silicon-containing precursor having the following formula I: R 1 3 Si-R 2 -SiR 3 3 wherein R 2 is independently selected from an alkyl group and an aryl group, and wherein R 1 and R 3 are each independently selected from H, an alkyl group, an aryl group, an alkenyl group, a halogen atom and an alkoxy group, or may together form an alkyl group; providing an oxygen source in a molecular amount less than a 1:1 ratio to the silicon precursor; and forming the dielectric film on the at least one surface by a deposition process chosen from a chemical vapor deposition process and an atomic layer deposition process; wherein the temperature of the reaction chamber during the deposition process is greater than 500°C. providing the at least one surface of the substrate in a reaction chamber; providing at least one silicon precursor selected from a silicon-containing precursor having the following formula I: R 1 3 Si-R 2 -SiR 3 3 wherein R 2 is independently selected from an alkyl group and an aryl group, and wherein R 1 and R 3 are each independently selected from H, an alkyl group, an aryl group, an alkenyl group, a halogen atom and an alkoxy group, or may together form an alkyl group; providing an oxygen source in a molecular amount less than a 1:1 ratio to the silicon precursor; and forming the dielectric film on the at least one surface by a deposition process chosen from a chemical vapor deposition process and an atomic layer deposition process; wherein the temperature of the reaction chamber during the deposition process is greater than 500°C.
An internally-cooled diaphragm for a compressor, comprising: an annular body configured to cool a process fluid flowing through a fluid pathway of the compressor, the annular body defining: a return channel of the fluid pathway, the return channel comprises a plurality of return passages which are configured to at least partially diffuse and de-swirl the process fluid flowing therethrough; and a cooling pathway in thermal communication with the fluid pathway, the cooling pathway configured to receive a coolant to absorb heat from the process fluid flowing through the return channel, characterised in that the annular body comprises a plurality of process fluid plates including a plurality of return channel vanes extending from a first axial surface thereof, the plurality of return channel vanes at least partially defining the plurality of return passages of the return channel, and in that the annular body further comprises a plurality of cooling fluid plates, wherein the plurality of process fluid plates and the plurality of cooling fluid plates are coupled with one another such that the plurality of process fluid plates and the plurality of cooling fluid plates at least partially define a plurality of return passages, and in that each process fluid plate of the plurality of process fluid plates comprises a plurality of turning vanes extending axially from an outer annular portion thereof, each turning vanes of the plurality of turning vanes is configured to separate the process fluid into a plurality of separated flows and direct each separated flow of the plurality of separated flows to a respective return passage of the plurality of return passages. a return channel of the fluid pathway, the return channel comprises a plurality of return passages which are configured to at least partially diffuse and de-swirl the process fluid flowing therethrough; and a cooling pathway in thermal communication with the fluid pathway, the cooling pathway configured to receive a coolant to absorb heat from the process fluid flowing through the return channel, characterised in that the annular body comprises a plurality of process fluid plates including a plurality of return channel vanes extending from a first axial surface thereof, the plurality of return channel vanes at least partially defining the plurality of return passages of the return channel, and in that the annular body further comprises a plurality of cooling fluid plates, wherein the plurality of process fluid plates and the plurality of cooling fluid plates are coupled with one another such that the plurality of process fluid plates and the plurality of cooling fluid plates at least partially define a plurality of return passages, and in that each process fluid plate of the plurality of process fluid plates comprises a plurality of turning vanes extending axially from an outer annular portion thereof, each turning vanes of the plurality of turning vanes is configured to separate the process fluid into a plurality of separated flows and direct each separated flow of the plurality of separated flows to a respective return passage of the plurality of return passages.
Shape cast and anodized product having an ISO brightness of at least 20, produced from an aluminum casting alloy consisting of: 6.6 to 8.0 wt.% Ni; 0.5 to 3.5 wt.% Mn, up to 0.25 wt.% of any of Fe and Si; up to 0.5 wt.% of any of Cu, Zn, and Mg; up to 0.2 wt.% of any of Ti, Zr, and Sc, wherein one of B and C may be included up to 0.1 wt.% up to 0.05 wt.% of other elements, wherein a total amount of the other elements does not exceed 0.15 wt.%; and balance being aluminum; wherein the product has a layered microstructure; wherein the layered microstructure comprises an outer layer and a second layer; wherein the outer layer comprises alpha aluminum phase and eutectic microstructure; wherein the outer layer comprises a thickness of not greater than 400 microns. 6.6 to 8.0 wt.% Ni; 0.5 to 3.5 wt.% Mn, up to 0.25 wt.% of any of Fe and Si; up to 0.5 wt.% of any of Cu, Zn, and Mg; up to 0.2 wt.% of any of Ti, Zr, and Sc, wherein one of B and C may be included up to 0.1 wt.% up to 0.05 wt.% of other elements, wherein a total amount of the other elements does not exceed 0.15 wt.%; and balance being aluminum; wherein the product has a layered microstructure;
A method for wireless communications at a sidelink wireless device, comprising: receiving positioning information of a vehicle user equipment, UE, in communication with the sidelink wireless device over a sidelink communications link; receiving, from a base station co-located with the sidelink wireless device, positioning information of a cellular UE in communication with the base station; determining that the cellular UE and the vehicle UE are co-located based at least in part on the positioning information of the vehicle UE and the positioning information of the cellular UE; transmitting, to the base station, an indication of the positioning information of the vehicle UE; and transmitting, to the base station, an indication of the vehicle UE and the cellular UE being co-located based at least in part on the determining. receiving positioning information of a vehicle user equipment, UE, in communication with the sidelink wireless device over a sidelink communications link; receiving, from a base station co-located with the sidelink wireless device, positioning information of a cellular UE in communication with the base station; determining that the cellular UE and the vehicle UE are co-located based at least in part on the positioning information of the vehicle UE and the positioning information of the cellular UE; transmitting, to the base station, an indication of the positioning information of the vehicle UE; and transmitting, to the base station, an indication of the vehicle UE and the cellular UE being co-located based at least in part on the determining.