mhurhangee/ep-ind-claims huggingface dataset:
Method for checking a dialyzer for the presence of a leak in the semipermeable membrane of the dialyzer, wherein the membrane divides the inner dialyzer space into a least one blood chamber and into at least one dialyzate chamber, wherein the blood chamber is flowed through by blood in the operation of the dialyzer and is in fluid communication with a blood-side line system and the vascular system of the patient and wherein the dialyzate chamber is flowed through by dialysis fluid in the operation of the dialyzer and is in fluid communication with a dialyzate-side line system, wherein the method comprises the following steps: a) emptying the blood chamber or the dialyzate chamber of blood and of dialysis fluid respectively, and keeping the fluid (blood or dialyzate) in the non-emptied dialyzate chamber or blood chamber (10, 12), b) building up a test pressure by means of a gas, in particular by means of air, in the emptied blood chamber or in the emptied dialyzate chamber, and c) measuring the pressure increase in the non-emptied blood chamber or in the non-emptied dialyzate chamber or in the line system (BS, DS) respectively in fluid communication therewith wherein the entire method including the steps a) to c) are carried out subsequent to the blood treatment of the patient and subsequent to the disconnection of the patient from the blood-side line system. a) emptying the blood chamber or the dialyzate chamber of blood and of dialysis fluid respectively, and keeping the fluid (blood or dialyzate) in the non-emptied dialyzate chamber or blood chamber (10, 12), b) building up a test pressure by means of a gas, in particular by means of air, in the emptied blood chamber or in the emptied dialyzate chamber, and c) measuring the pressure increase in the non-emptied blood chamber or in the non-emptied dialyzate chamber or in the line system (BS, DS) respectively in fluid communication therewith
A device for cutting of materials, producing a thin saw kerf, characterized in that a preferably endless grinding saw blade having a micro-tooth system is used for cutting of materials, particularly of wood, wherein the micro-teeth (8, 8') of the micro-tooth system are each provided with a cutting surface, wherein the micro-teeth (8, 8') of the micro-tooth system, which each follow one another in the cutting direction, are ground in such a manner that one blade is arranged on the right and one blade is arranged on the left, in each instance, alternately one after the other, so that the saw kerf is processed by the micro-teeth (8, 8') alternately at the right and left cut edge, in each instance, wherein the micro-tooth system of the grinding saw blade is provided with micro-teeth (8, 8'), the tooth pitch of which is 0.5 to 2 mm, and the tooth height of which, defined by the tooth base that lies between the micro-teeth (8, 8'), is ≤ 1.5 mm.
A method for policy based networking comprising the steps: configuring, by an orchestrator, a plurality of network appliances with a policy configuration, wherein each network appliance is coupled to at least one wide area network; the method further comprising, by a network appliance of the plurality of network appliances: receiving an outgoing packet having a destination address associated with one of the plurality of network appliances coupled to at least one network; associating the outgoing packet with the policy configuration; validating the outgoing packet against the policy configuration, thereby setting a forwarding indication if the outgoing packet should be forwarded; appending a first policy header to the outgoing packet and thereby forming an outgoing payload; appending a Wide Area Network, WAN, header compatible with the address associated with one of the plurality of network appliances coupled to at least one network, thereby forming an outgoing WAN packet; and forwarding the outgoing WAN packet to the address associated with one of the plurality of network appliances coupled to at least one network if the forwarding indication is set. configuring, by an orchestrator, a plurality of network appliances with a policy configuration, wherein each network appliance is coupled to at least one wide area network; the method further comprising, by a network appliance of the plurality of network appliances: receiving an outgoing packet having a destination address associated with one of the plurality of network appliances coupled to at least one network; associating the outgoing packet with the policy configuration; validating the outgoing packet against the policy configuration, thereby setting a forwarding indication if the outgoing packet should be forwarded; appending a first policy header to the outgoing packet and thereby forming an outgoing payload; appending a Wide Area Network, WAN, header compatible with the address associated with one of the plurality of network appliances coupled to at least one network, thereby forming an outgoing WAN packet; and forwarding the outgoing WAN packet to the address associated with one of the plurality of network appliances coupled to at least one network if the forwarding indication is set.
A tooth assessment system comprising: a color or shade measurement device comprising: a probe portion terminating at a distal end; a light emitter assembly configured to generate and emit light from the distal end of the probe portion; a light receiver assembly configured to receive a portion of the light that has been emitted from the distal end of the probe portion and returned to the distal end of the probe portion as received light and generate data indicative of a color or a shade based on the received light; a spacer comprising a sleeve extending from a proximal end to a distal end and defining a central passageway, the spacer alterable between: a first state in which the spacer is detached from the probe portion; and a second state in which at least a portion of the probe portion extends into the central passageway of the sleeve and the distal end of the probe portion is located between the proximal and distal ends of the sleeve; characterized in that the tooth assessment system comprises a plurality of spacers configured for detachable coupling to the probe portion, each of the plurality of spacers comprising a sleeve extending from a proximal end to a distal end and having a different length measured between the proximal and distal ends. a probe portion terminating at a distal end; a light emitter assembly configured to generate and emit light from the distal end of the probe portion; a light receiver assembly configured to receive a portion of the light that has been emitted from the distal end of the probe portion and returned to the distal end of the probe portion as received light and generate data indicative of a color or a shade based on the received light; a spacer comprising a sleeve extending from a proximal end to a distal end and defining a central passageway, the spacer alterable between: a first state in which the spacer is detached from the probe portion; and a second state in which at least a portion of the probe portion extends into the central passageway of the sleeve and the distal end of the probe portion is located between the proximal and distal ends of the sleeve; characterized in that the tooth assessment system comprises a plurality of spacers configured for detachable coupling to the probe portion, each of the plurality of spacers comprising a sleeve extending from a proximal end to a distal end and having a different length measured between the proximal and distal ends.
A foam pump comprising a pump bellows, wherein the pump bellows has a socket at its output side, wherein the socket comprises a valve rod with a central bore forming a mixing chamber, wherein the mixing chamber is in communication with the air space of the pump bellows through at least one air outlet opening, wherein a closable air inlet opening into the air space of the pump bellows is provided in the area of the socket of the pump bellows, wherein the mixing chamber is in communication with the medium chamber by way of a closable medium inlet opening, wherein the medium chamber is in communication with a medium container through a medium adjustment opening, wherein a composition of a mixture is adjustable through a variability of the cross-section of the medium adjustment opening.
A latent heat exchanger cover provided in a micro combined heat and power system, the micro combined heat and power system comprising a stirling engine that is heated by an engine burner to produce electricity, and an auxiliary boiler provided above the stirling engine and equipped with a sensible heat exchanger and a latent heat exchanger to produce hot water, wherein an exhaust gas which has heated the stirling engine passes through a communication pipe having a lateral side of the latent heat exchanger, then undergoes heat exchange as it flows from the upper portion to the lower portion of the latent heat exchanger, characterized in that a cooling line through which cooling water can flow is provided in a region in contact with the communication pipe within the cover enclosing the latent heat exchanger to prevent heat of the exhaust gas that has flown into the communication pipe and has not yet passed through the latent heat exchanger from being transferred to the exhaust gas that has undergone heat exchange by passing through the latent heat exchanger.
A medical device system comprising; - a heart help device, - an operation device, and - a medical device, wherein; the heart is placed in the thorax, the thoracic diaphragm is dividing the thorax from the abdomen and the pericardium is surrounding the heart and is attached to the thoracic diaphragm at a pericardial contacting section of the thoracic diaphragm, characterised in that the medical device comprises a diaphragm passing part adapted to pass from the abdomen, through the thoracic diaphragm at the pericardial contacting section into the pericardium, wherein said diaphragm passing part is adapted to allow the diaphragm muscle to move during respiration and to slide against the thoracic diaphragm, wherein said diaphragm passing part comprises a force transferring part, and wherein said force transferring part is adapted to transfer force between the abdominal side of the thoracic diaphragm and the thoracic side of the thoracic diaphragm or the pericardium, wherein said force transferring part being a force transferring member wherein said force transferring member comprises a first and second portion, wherein said first portion is adapted to be in connection with the operation device and said second portion is adapted to be in connection with said heart help device, and wherein said force transferring member is adapted to transfer force from said operation device to said heart help device. - a heart help device, - an operation device, and - a medical device, wherein;
Separator for a gaseous fluid adapted to separate liquid or solid pollutants entrained by a flow of said gaseous fluid, wherein said separator comprises a protective casing comprising an inlet port and an outlet port, an upper outlet disk and a lower discharge disk arranged inside the protective casing, wherein the upper outlet disk comprises a central through opening at the outlet port, wherein the lower discharge disk comprises a multiplicity of discharge ports (16, 17), a first multiplicity of discharge ports which is hollowed inside the lower discharge disk and a second multiplicity of discharge ports hollowed on an annular edge of the lower discharge disk, a separator device arranged inside the protective casing between the upper outlet disk and the lower discharge disk, wherein the upper outlet disk is separated by an upper space from the separator device, wherein the inlet port is hollowed in a vertical wall of the protective casing and is adapted to let the flow of gaseous fluid pass into the upper space, wherein said separator device comprises vertical walls wound around a vertical longitudinal geometric axis leaving in its inside a central longitudinal space and so as to form at least one spiral comprising a multiplicity of turns spaced from each other by a predefined pitch, wherein said at least one spiral forms a conduit comprising a rectangular longitudinal section in which a minor side of the longitudinal section of the conduit is a transverse distance between two of the vertical walls which are adjacent and a longer side of the longitudinal section of the conduit is a height of the vertical walls of the separator device. a protective casing comprising an inlet port and an outlet port, an upper outlet disk and a lower discharge disk arranged inside the protective casing, wherein the upper outlet disk comprises a central through opening at the outlet port, wherein the lower discharge disk comprises a multiplicity of discharge ports (16, 17), a first multiplicity of discharge ports which is hollowed inside the lower discharge disk and a second multiplicity of discharge ports hollowed on an annular edge of the lower discharge disk, a separator device arranged inside the protective casing between the upper outlet disk and the lower discharge disk, wherein the upper outlet disk is separated by an upper space from the separator device, wherein the inlet port is hollowed in a vertical wall of the protective casing and is adapted to let the flow of gaseous fluid pass into the upper space, wherein said separator device comprises vertical walls wound around a vertical longitudinal geometric axis leaving in its inside a central longitudinal space and so as to form at least one spiral comprising a multiplicity of turns spaced from each other by a predefined pitch, wherein said at least one spiral forms a conduit comprising a rectangular longitudinal section in which a minor side of the longitudinal section of the conduit is a transverse distance between two of the vertical walls which are adjacent and a longer side of the longitudinal section of the conduit is a height of the vertical walls of the separator device.
An inrun track system for a ski jump having at least one inrun track which extends with a right single track and a left single track along an inrun direction, comprising: a plurality of track mounting plates arranged successively along the inrun direction and having a plurality of guiding bars extending along the inrun direction in such a manner that they limit laterally the right single track and the left single track, wherein the track mounting plates have a plurality of mounting projections formed on the track mounting plates and engaging mechanically in the guiding bars fixed releasably to the track mounting plates, characterized in that at least part of the guiding bars are formed so elongated that they extend over a length that is considered along the inrun direction and longer than the length of a single track mounting plate.
A method for preparation of 18 F - for use in a radiofluorination reaction wherein said method comprises: (i) trapping an aqueous solution of 18 F - onto an anion exchange column; and, (ii) passing an eluent solution through said ion exchange column on which said 18 F - is adsorbed to obtain an 18 F - eluent, wherein said eluent solution comprises a cationic counterion in a suitable solvent wherein said suitable solvent comprises ethanol or methanol, with the proviso that said eluent solution does not comprise acetonitrile. (i) trapping an aqueous solution of 18 F - onto an anion exchange column; and, (ii) passing an eluent solution through said ion exchange column on which said 18 F - is adsorbed to obtain an 18 F - eluent, wherein said eluent solution comprises a cationic counterion in a suitable solvent wherein said suitable solvent comprises ethanol or methanol, with the proviso that said eluent solution does not comprise acetonitrile.
A dry-powder peptide medicament, wherein - the medicament comprises a peptide as active agent, wherein the peptide consists of 7-17 amino acids and includes the hexamer TX 1 EX 2 X 3 E, wherein X 1, X 2 and X 3 can be any natural or non-natural amino acid, and wherein the peptide does not exhibit TNF-receptor-binding activity; and - the carbohydrate concentration (w/w) in the medicament is less than 5%, preferably less than 1%, more preferably less than 0.1%, especially less than 0.01%. - the medicament comprises a peptide as active agent, wherein the peptide consists of 7-17 amino acids and includes the hexamer TX 1 EX 2 X 3 E, wherein X 1, X 2 and X 3 can be any natural or non-natural amino acid, and wherein the peptide does not exhibit TNF-receptor-binding activity; and - the carbohydrate concentration (w/w) in the medicament is less than 5%, preferably less than 1%, more preferably less than 0.1%, especially less than 0.01%.
An instrument including an elongate portion having a proximal region and a distal region and a plurality of segments between the proximal and distal regions, the segments being configured to be moveable relative to each other, the distal region including an inspection tool (12, 112), characterised in that the instrument has a primary cam having a slot of predetermined profile with a non-uniform curvature, and a follower, and a second operating means having a tensioning control member and wire connected between the tensioning control member and one of the plurality of segments, the primary cam is arranged, in use, to advance the elongate portion according to movement of the follower along the slot, the movement of the primary cam causing the tensioning control member to change the tension in the wire so that the angle of the one or more of the plurality of segments relative to each other is changed, the elongate portion being moveable from a first configuration to at least one second configuration whereby the elongate portion is caused to curve.
A heat dissipation module for an electronic component, comprising: a supporting structure, adjacent to the electronic component; and a heat pipe, connected to the supporting structure by soldering, wherein a bottom surface of the heat pipe is directly in contact with the upper surface of the electronic component; wherein the supporting structure comprises: two connecting portions, disposed on the two sides of the electronic component, and the heat pipe is disposed on upper surfaces of the two connecting portions; and an engaging portion, wherein the two connecting portions are connected to each other via the engaging portion, and the heat pipe is engaged in the engaging portion; characterized in that a bottom surface of the engaging portion is higher than the bottom surface of the heat pipe. a supporting structure, adjacent to the electronic component; and a heat pipe, connected to the supporting structure by soldering, wherein a bottom surface of the heat pipe is directly in contact with the upper surface of the electronic component; wherein the supporting structure comprises: two connecting portions, disposed on the two sides of the electronic component, and the heat pipe is disposed on upper surfaces of the two connecting portions; and an engaging portion, wherein the two connecting portions are connected to each other via the engaging portion, and the heat pipe is engaged in the engaging portion; characterized in that a bottom surface of the engaging portion is higher than the bottom surface of the heat pipe. two connecting portions, disposed on the two sides of the electronic component, and the heat pipe is disposed on upper surfaces of the two connecting portions; and an engaging portion, wherein the two connecting portions are connected to each other via the engaging portion, and the heat pipe is engaged in the engaging portion; characterized in that a bottom surface of the engaging portion is higher than the bottom surface of the heat pipe.
Method of manufacturing a power module unit, wherein cooling fins are positioned in recesses of a frame, in particular a metal frame, characterised in that a first metallic material is applied to the cooling fins and the frame by means of a thermal spraying process, wherein the applied first metallic material produces a material bond between the cooling fins and the frame. wherein cooling fins are positioned in recesses of a frame, in particular a metal frame, characterised in that a first metallic material is applied to the cooling fins and the frame by means of a thermal spraying process, wherein the applied first metallic material produces a material bond between the cooling fins and the frame.
Suction device for separating particles from a suction flow, with a suction motor for generating the suction flow and with a suction device housing in which the suction motor and a dust collecting chamber for collecting the particles separated from the suction flow are located, wherein it comprises a charging device for charging an electric energy storage module of a hand-operated power tool, wherein the charging device comprises electric charging contacts for the provision of a charging voltage for the electric energy storage module, characterised in that the suction device has an internal rechargeable electric energy storage device and/or energy generating means for providing electric energy for the charging device.
A method performed by a wireless communication device for Random Access, RA, comprising: transmitting a preamble on Physical Random Access Channel, PRACH; receiving a Random Access Response, RAR, message; transmitting, on Physical Uplink Shared Channel, PUSCH, a message for terminal identification, wherein the time resource allocation of the message for terminal identification has a timing offset to the time resource allocation of another message to be transmitted on the PUSCH, the timing offset being dependent on the numerology used and being in a predefined table or a configured table, wherein there is one timing offset for one numerology and the predefined table or the configured table is: Numerology 0 1 2 3 offset in unit of slot 2 2 4 5 transmitting a preamble on Physical Random Access Channel, PRACH; receiving a Random Access Response, RAR, message; transmitting, on Physical Uplink Shared Channel, PUSCH, a message for terminal identification, wherein the time resource allocation of the message for terminal identification has a timing offset to the time resource allocation of another message to be transmitted on the PUSCH, the timing offset being dependent on the numerology used and being in a predefined table or a configured table, wherein there is one timing offset for one numerology and the predefined table or the configured table is: Numerology 0 1 2 3 offset in unit of slot 2 2 4 5