mhurhangee/ep-ind-claims huggingface dataset:
Connector for connecting a medical injection device comprising a barrel and a needle extending from a distal tip of the barrel, to a container comprising a pierceable septum, said connector comprising: - an inner deformable cover extending along a cover axis, comprising a proximal connection part configured to engage the distal tip of the barrel, and a distal portion pierceable by the needle, - an outer rigid cover enclosing the inner deformable cover and comprising a distal adaptor configured to engage the container, said outer cover being configured such that the needle tip extends into the distal adaptor when the proximal connection part of the inner deformable cover engages the distal tip of the barrel, the inner deformable cover being compressible along the cover axis between: - a relaxed configuration wherein the distal portion of the inner deformable cover covers the needle tip, - a compressed configuration wherein the distal portion is pierced by the needle, the needle tip extending distally out of said distal portion, the connector being characterized in that the outer rigid cover is fixed to the inner deformable cover, gathering the outer rigid cover and the inner deformable cover in a single connector assembly distinct from the medical injection device and the container. - an inner deformable cover extending along a cover axis, comprising a proximal connection part configured to engage the distal tip of the barrel, and a distal portion pierceable by the needle, - an outer rigid cover enclosing the inner deformable cover and comprising a distal adaptor configured to engage the container, said outer cover being configured such that the needle tip extends into the distal adaptor when the proximal connection part of the inner deformable cover engages the distal tip of the barrel, the inner deformable cover being compressible along the cover axis between: - a relaxed configuration wherein the distal portion of the inner deformable cover covers the needle tip, - a compressed configuration wherein the distal portion is pierced by the needle, the needle tip extending distally out of said distal portion, - a relaxed configuration wherein the distal portion of the inner deformable cover covers the needle tip, - a compressed configuration wherein the distal portion is pierced by the needle, the needle tip extending distally out of said distal portion, the connector being characterized in that the outer rigid cover is fixed to the inner deformable cover, gathering the outer rigid cover and the inner deformable cover in a single connector assembly distinct from the medical injection device and the container.
Working center (C, C', C", C'"), for workpieces made in wood, ceramic, plastic, metal, glass, fiberglass and the like, comprising: a base (1, 1', 1") for standing on the ground; at least one multifunction plane module (22, 22', 22") which can be positioned in a working position; moving means for moving said at least one multifunction plane module (22, 22', 22") from a rest position to said working position; supporting means (11-12, 11'-12', 23-23'), coupled to said base (1, 1', 1"), for supporting said at least one multifunction plane module (22, 22', 22") for working said workpieces; a working unit movable along said base (1, 1', 1"); said working center (C, C', C", C'") being characterized by a working plane coupled to said base (1, 1', 1") comprising a plurality of supporting bars for supporting said workpieces; and wherein said at least one multifunction plane module (22, 22', 22") can be positioned in said working position over said plurality of supporting bars. a base (1, 1', 1") for standing on the ground; at least one multifunction plane module (22, 22', 22") which can be positioned in a working position; moving means for moving said at least one multifunction plane module (22, 22', 22") from a rest position to said working position; supporting means (11-12, 11'-12', 23-23'), coupled to said base (1, 1', 1"), for supporting said at least one multifunction plane module (22, 22', 22") for working said workpieces; at least one multifunction plane module (22, 22', 22") which can be positioned in a working position; moving means for moving said at least one multifunction plane module (22, 22', 22") from a rest position to said working position; supporting means (11-12, 11'-12', 23-23'), coupled to said base (1, 1', 1"), for supporting said at least one multifunction plane module (22, 22', 22") for working said workpieces; a working unit movable along said base (1, 1', 1"); said working center (C, C', C", C'") being characterized by a working plane coupled to said base (1, 1', 1") comprising a plurality of supporting bars for supporting said workpieces; and wherein said at least one multifunction plane module (22, 22', 22") can be positioned in said working position over said plurality of supporting bars.
A fuel cell for a portable electronic device comprising: a liquid fuel reservoir and a membrane electrode assembly, wherein a liquid fuel reservoir wall and the membrane electrode assembly are adapted to provide the liquid fuel reservoir when attached to each other and wherein at least a part of the inner surface of said wall and at least a part of an outer surface of said wall are gas permeable, wherein said wall is adapted such that the inner surface is hydrophobic, and characterized in that said wall is porous and adapted such that the area of the open parts of the inner surface of the wall is larger than the area of the open parts of said outer surface of the porous wall whereby diffusion of fuel through the wall is reduced as a consequence of the relative size of said areas, and wherein said wall is adapted to allow gas to enter said wall and to be transported along said wall in a direction substantially parallel with the plane of the wall and to leave said wall. a liquid fuel reservoir and a membrane electrode assembly, wherein a liquid fuel reservoir wall and the membrane electrode assembly are adapted to provide the liquid fuel reservoir when attached to each other and wherein at least a part of the inner surface of said wall and at least a part of an outer surface of said wall are gas permeable, wherein said wall is adapted such that the inner surface is hydrophobic, and characterized in that said wall is porous and adapted such that the area of the open parts of the inner surface of the wall is larger than the area of the open parts of said outer surface of the porous wall whereby diffusion of fuel through the wall is reduced as a consequence of the relative size of said areas, and wherein said wall is adapted to allow gas to enter said wall and to be transported along said wall in a direction substantially parallel with the plane of the wall and to leave said wall.
A method of routing GPRS, 3G or 4G Data from a mobile device operating on a roaming network and connecting to a destination network having an access point name, APN, and a corresponding destination network fully qualified domain name, FQDN, which includes an identification of a home network of the mobile device and the destination APN, wherein the home network has a home serving GPRS support node SGSN with a domain name server DNS resolving the destination network FQDN to the IP address of a home Gateway GPRS Support Node, GGSN providing access to the destination network, the method comprising: providing a domain name server, DNS, in the roaming network, distinct from the home network; providing a local GGSN, the local GGSN not being the home GGSN; providing a DNS entry in the DNS server in the roaming network resolving the FQDN of the destination network; and receiving a communication from a mobile device operating in the roaming network requesting connection to the destination network identified with the destination network FQDN;, characterised in that the DNS entry in the DNS server in the roaming network resolves the FQDN of the destination network to the IP address of the local GGSN; wherein the method further comprises, after the step of receiving a communication from the mobile device operating in the roaming network requesting connection to the destination network identified with the destination network FQDN, the step of connecting the mobile device to the local GGSN indicated in the DNS entry in the local network for connection with the destination network. providing a domain name server, DNS, in the roaming network, distinct from the home network; providing a local GGSN, the local GGSN not being the home GGSN; providing a DNS entry in the DNS server in the roaming network resolving the FQDN of the destination network; and receiving a communication from a mobile device operating in the roaming network requesting connection to the destination network identified with the destination network FQDN;, characterised in that the DNS entry in the DNS server in the roaming network resolves the FQDN of the destination network to the IP address of the local GGSN; wherein the method further comprises, after the step of receiving a communication from the mobile device operating in the roaming network requesting connection to the destination network identified with the destination network FQDN, the step of connecting the mobile device to the local GGSN indicated in the DNS entry in the local network for connection with the destination network.
An electrically operated assembly for an electrically operated personal care implement, the assembly comprising a handle housing, a connector for repeatably attaching and detaching a head to and from the assembly, the connector being in direct proximity to a motor for operating the assembly, the motor comprising an eccentric weight, and the connector comprises a recess accommodating the motor with the eccentric weight, characterized in that the connector is made from a material having an e-modulus being higher than the e-modulus of the material from which the handle housing is made, and a ratio (Rhc) between an overall length extension (Lh) of the handle housing extending along a longitudinal housing axis (Xh) and an overall length extension (Lc) of the connector extending along a longitudinal connector axis (Xc) is from 2.5 to 4.5, preferably from 3.0 to 3.5.
Method for the production of a medical implant, comprising a head section, which has at least one blind hole-type recess in the manner of an electrical plug-in contact socket, along which is arranged at least one electrically conductive contact element, and a supply section, which is fixedly connected to the head section and comprises at least one electrical component, which is electrically connected to the at least one electrically conductive contact element by way of at least one electrical conductor structure, characterised by the following steps of the method: - Production of a fixing plate, consisting of a curable casting compound, and having a plate upper face and a plate lower face (4', 4"), in which the at least one electrical conductor structure is fixed, and at the same time projects through the plate upper and lower faces (4', 4"), - Arrangement of the fixing plate in a casting mould, that the plate lower face (4") forms part of the surface of the casting mould, - Establishment of electrical contact between the at least one electrical conductor structure and the at least one electrical component, before or after the arrangement of the fixing plate as part of the surface partially bounding the casting mould, and - Production of the supply section by the encapsulation of the at least one electrical component, and the at least one electrical conductor structure projecting beyond the lower face (4") of the plate, in the curable casting compound, with the formation of a material bond with the lower face (4") of the fixing plate. - Production of a fixing plate, consisting of a curable casting compound, and having a plate upper face and a plate lower face (4', 4"), in which the at least one electrical conductor structure is fixed, and at the same time projects through the plate upper and lower faces (4', 4"), - Arrangement of the fixing plate in a casting mould, that the plate lower face (4") forms part of the surface of the casting mould, - Establishment of electrical contact between the at least one electrical conductor structure and the at least one electrical component, before or after the arrangement of the fixing plate as part of the surface partially bounding the casting mould, and - Production of the supply section by the encapsulation of the at least one electrical component, and the at least one electrical conductor structure projecting beyond the lower face (4") of the plate, in the curable casting compound, with the formation of a material bond with the lower face (4") of the fixing plate.
Roller bearing having a bearing ring with a raceway (14; 15) for at least one roller of the roller bearing, which roller has a roller end face of at least partially spheroid configuration with a first curvature, the bearing ring comprising: a rim which is arranged on the end side with respect to the roller in order to dissipate axial forces, with a rim face which faces the roller end face and has a spherical rim face section with a second curvature, the first and the second curvature being selected so as to obtain a first gap dimension (d 1) between the roller end face of spheroid configuration and the spherical rim face section, characterized in that, moreover, the rim face has a widening rim face section with a smaller curvature than the second curvature for a greater gap dimension (d 2) than the first gap dimension (d 1) between the roller end face and the widening rim face section. a rim which is arranged on the end side with respect to the roller in order to dissipate axial forces, with a rim face which faces the roller end face and has a spherical rim face section with a second curvature, the first and the second curvature being selected so as to obtain a first gap dimension (d 1) between the roller end face of spheroid configuration and the spherical rim face section, characterized in that, moreover, the rim face has a widening rim face section with a smaller curvature than the second curvature for a greater gap dimension (d 2) than the first gap dimension (d 1) between the roller end face and the widening rim face section.
A method for producing a difluorophosphate, comprising: - a step of producing a fluorophosphoric acid solution by reacting hydrofluoric acid anhydride containing no organic solvent with at least one member selected from the group consisting of an oxoacid, an oxoacid anhydride, and an oxyhalide of phosphorous; - a step of producing a difluorophosphate in the fluorophosphoric acid solution by adding a hexafluorophosphate to the fluorophosphoric acid solution in the absence of at least any one of respective halides, carbonates, borates, phosphates, hydroxides, and oxides of an alkali metal, an alkaline earth metal, aluminum, and an onium; and - a step of heating and drying the fluorophosphoric acid solution containing the difluorophosphate to distill away a fluorophosphoric acid, or a step of depositing the difluorophosphate in the fluorophosphoric acid solution by crystallization, subsequently separating the difluorophosphate by solid-liquid separation, and further distilling away a fluorophosphoric acid contained in the difluorophosphate after the solid-liquid separation. - a step of producing a fluorophosphoric acid solution by reacting hydrofluoric acid anhydride containing no organic solvent with at least one member selected from the group consisting of an oxoacid, an oxoacid anhydride, and an oxyhalide of phosphorous; - a step of producing a difluorophosphate in the fluorophosphoric acid solution by adding a hexafluorophosphate to the fluorophosphoric acid solution in the absence of at least any one of respective halides, carbonates, borates, phosphates, hydroxides, and oxides of an alkali metal, an alkaline earth metal, aluminum, and an onium; and - a step of heating and drying the fluorophosphoric acid solution containing the difluorophosphate to distill away a fluorophosphoric acid, or a step of depositing the difluorophosphate in the fluorophosphoric acid solution by crystallization, subsequently separating the difluorophosphate by solid-liquid separation, and further distilling away a fluorophosphoric acid contained in the difluorophosphate after the solid-liquid separation.
A power plant device for producing available wave energy comprising a rig designed to float at the sea having a supporting construction for a number of floats which are arranged in a ring shape around the rig circumference with spacing between the floats, in that the motion of each of said floats due to the affection by waves, is brought to power generators to produce energy for further exploitation, and the device is provided with means to transport produced energy to land or other application for utilization, wherein - each float is adapted to operate its respective generator via a transmission system including an elongated rod-shaped body extending centrally through the float, and to which said float is designed to move up and down along affected by said the waves, and is arranged to a transmission system to rotate its respective generator shaft on a rig deck, - each float comprises a circular disc exhibiting a downward concave curved form (63, 65), wherein - the rig is brought to float on the sea surface using a rig or float tank arranged centrally in the supporting construction, and/or that the supporting construction includes beams and rod elements that are waterproof and have a buoyancy that gives the rig necessary buoyancy, and - the rig is anchored to the seabed via an anchoring cable - characterised in that a winch system is arranged, which winch system is designed to keep the floats at correct height position in relation to tide level and securing the plant in storm. - each float is adapted to operate its respective generator via a transmission system including an elongated rod-shaped body extending centrally through the float, and to which said float is designed to move up and down along affected by said the waves, and is arranged to a transmission system to rotate its respective generator shaft on a rig deck, - each float comprises a circular disc exhibiting a downward concave curved form (63, 65), wherein - the rig is brought to float on the sea surface using a rig or float tank arranged centrally in the supporting construction, and/or that the supporting construction includes beams and rod elements that are waterproof and have a buoyancy that gives the rig necessary buoyancy, and - the rig is anchored to the seabed via an anchoring cable - characterised in that a winch system is arranged, which winch system is designed to keep the floats at correct height position in relation to tide level and securing the plant in storm.
Harvester for attachment to a tractor, comprising a machine frame that carries at least one functional unit and is supported on the ground by an undercarriage, and at least one transverse inclination adjustment actuator (19; 22) for tilting the machine frame and/or the functional unit arranged thereon transversely to the direction of travel, about at least one horizontal transverse inclination tilt axle that extends approximately in the direction of travel, at least one electronic inclination sensor for detecting an inclination of the machine frame relative to a horizontal orientation, and an electronic control device for activating the at least one transverse inclination adjustment actuator (19; 22) depending on the inclination of the machine frame detected by the electronic inclination sensor, such that the inclination of the machine frame, together with the functional unit arranged thereon, relative to said horizontal orientation is reduced as much as possible, wherein the control device is connected to an operating state detection means for detecting at least one operating state parameter of the at least one functional unit, characterized in that the operating state detection means is configured for detecting whether a collector for picking up the harvested material is operating, and the control device comprises control means for controlling the at least one transverse inclination actuator (19; 22) on the basis of the detected operating state of the collector.
An elevator safety system, comprising: a rotary body (21, 70, 87) which is rotated along with raising and lowering of a car; a rotary-body stopping mechanism for mechanically stopping rotation of the rotary body (21, 70, 87); emergency stop means for bringing the car to an emergency stop by stop of the rotation of the rotary body (21, 70, 87); an engagement disc (42, 72, 65, 102a, 102b) provided coaxially with the rotary body (21, 70, 87), the engagement disc being rotatable relative to the rotary body (21, 70, 87), having a smaller diameter than that of the rotary body (21, 70, 87), and being rotated integrally with the rotary body (21, 70, 87) under normal conditions; an engagement-disc stop mechanism for mechanically stopping rotation of the engagement disc (42, 72, 65, 102a, 102b); an actuator (46, 56, 106a, 106b) for operating the engagement-disc stopping mechanism to stop the rotation of the engagement disc (42, 72, 65, 102a, 102b); and an interlocking mechanism for operating the rotary-body stopping mechanism interlockingly with the rotation of the rotary body (21, 70, 87) relative to the engagement disc (42, 72, 65, 102a, 102b) so as to stop the rotary body (21, 70, 87) when the rotation of the engagement disc (42, 72, 65, 102a, 102b) is stopped by the engagement-disc stopping mechanism. a rotary body (21, 70, 87) which is rotated along with raising and lowering of a car; a rotary-body stopping mechanism for mechanically stopping rotation of the rotary body (21, 70, 87); emergency stop means for bringing the car to an emergency stop by stop of the rotation of the rotary body (21, 70, 87); an engagement disc (42, 72, 65, 102a, 102b) provided coaxially with the rotary body (21, 70, 87), the engagement disc being rotatable relative to the rotary body (21, 70, 87), having a smaller diameter than that of the rotary body (21, 70, 87), and being rotated integrally with the rotary body (21, 70, 87) under normal conditions; an engagement-disc stop mechanism for mechanically stopping rotation of the engagement disc (42, 72, 65, 102a, 102b); an actuator (46, 56, 106a, 106b) for operating the engagement-disc stopping mechanism to stop the rotation of the engagement disc (42, 72, 65, 102a, 102b); and an interlocking mechanism for operating the rotary-body stopping mechanism interlockingly with the rotation of the rotary body (21, 70, 87) relative to the engagement disc (42, 72, 65, 102a, 102b) so as to stop the rotary body (21, 70, 87) when the rotation of the engagement disc (42, 72, 65, 102a, 102b) is stopped by the engagement-disc stopping mechanism.