mhurhangee/ep-ind-claims huggingface dataset:
Wiper arm comprising: - a coupling lever for fastening to a rotatable wiper shaft; - a guide lever for attaching a wiper blade; - a folding joint having a folding axis for connecting the guide lever to the coupling lever; - wherein the coupling lever has a profile with a U-shaped cross section, and a pin which extends between the opposite legs of the profile; - a spring element which is in engagement with the pin in order to exert a torque between the coupling lever and the guide lever via the folding joint; and - a hose line for conducting a liquid along the wiper arm, - wherein the hose line and the spring element are arranged in the profile of the coupling lever in the region of the folding joint, - a fixing element for axially separating the hose line from the spring element in the region of the folding joint, wherein - the fixing element is formed separately such that the hose line and the fixing element can be attached to a functional group which is already mounted and comprises the coupling lever, the guide lever, the folding joint and the spring element, characterized in that the fixing element has a recess for engagement with the pin. - a coupling lever for fastening to a rotatable wiper shaft; - a guide lever for attaching a wiper blade; - a folding joint having a folding axis for connecting the guide lever to the coupling lever; - wherein the coupling lever has a profile with a U-shaped cross section, and a pin which extends between the opposite legs of the profile; - a spring element which is in engagement with the pin in order to exert a torque between the coupling lever and the guide lever via the folding joint; and - a hose line for conducting a liquid along the wiper arm, - wherein the hose line and the spring element are arranged in the profile of the coupling lever in the region of the folding joint, - a fixing element for axially separating the hose line from the spring element in the region of the folding joint, - the fixing element is formed separately such that the hose line and the fixing element can be attached to a functional group which is already mounted and comprises the coupling lever, the guide lever, the folding joint and the spring element,
An injection molding machine comprising: an injection unit including a cylinder that heats a molding material, and a screw rotatably disposed within the cylinder; and a monitoring unit that monitors the temperature of the injection unit, wherein the screw includes a rotating shaft, a first spiral flight that protrudes from an outer periphery of the rotating shaft, and a second spiral flight that partitions a groove formed by the first flight, wherein the height of the second flight is lower than the height of the first flight, and characterized in that the monitoring unit is adapted to monitor the temperature of the second flight and/or its vicinity during the rotation of the screw, and to determine a molten state of the molding material on the basis of monitoring results. an injection unit including a cylinder that heats a molding material, and a screw rotatably disposed within the cylinder; and a monitoring unit that monitors the temperature of the injection unit, wherein the screw includes a rotating shaft, a first spiral flight that protrudes from an outer periphery of the rotating shaft, and a second spiral flight that partitions a groove formed by the first flight, wherein the height of the second flight is lower than the height of the first flight, and characterized in that the monitoring unit is adapted to monitor the temperature of the second flight and/or its vicinity during the rotation of the screw, and to determine a molten state of the molding material on the basis of monitoring results.
A medical implant for closing vascular openings and/or shunt connections between body vessels, which can be positioned minimally invasively in a contracted state and converted into an expanded state, in which it has two spaced-apart, diameter-expanded sealing elements (11, 12), which seal the vessel opening or shunt connection on both sides, wherein the sealing elements (11, 12) respectively have a coating (25, 26), characterised in that the sealing elements (11, 12) are connected to each other in the central area via webs, which essentially run in parallel to the longitudinal axis of the implant, and the coatings (25, 26) respectively consist of two parts (29 to 32), which are connected to each other, wherein the side of a coating facing away from a vessel wall is uninterrupted and the side of the other coating facing away from a vessel wall has an opening, through which the implant is connectable with a positioning tool and the coatings (25, 26) of the two sealing elements (11, 12) are connected to each other in the central area, wherein the positioning tool consists of an outer tube and an inner tube movable in the outer tube, wherein the outer tube has at least two, preferably four, latching elements at its distal end and the inner tube has at least one recess at its distal end and the medical implant has a distal and a proximal tubular end piece, to which the sealing elements (11, 12) are fastened, and a pin is located in the distal end piece, into which the distal recess of the inner tube can latch, and recesses are located in the proximal end piece, into which the latching elements of the outer tube can engage, wherein the distal recess of the inner tube unlatches from the pin of the distal end piece by retraction of the inner tube and the latching elements of the outer tube unlatch from the recesses in the proximal end piece by retracting the inner tube over the point of the recesses.
An antibody having the ability of binding to CLDN18.2 for use in a method of treating a cancer of the stomach, a cancer of the esophagus, a cancer of the eso-gastric junction or a gastroesophageal cancer, wherein the cancer is characterized by cancer cells expressing CLDN18.2, said method comprising administering said antibody to a patient a in combination with an agent stimulating γδ T cells, wherein the agent stimulating γδ T cells is a bisphosphonate and wherein said agent is administered to the patient in combination with interleukin-2, wherein the antibody binds to CLDN18.2 and mediates killing of cells expressing CLDN18.2 by ADCC, wherein the antibody comprises an antibody heavy chain comprising the amino acid sequence represented by SEQ ID NO: 32 and an antibody light chain comprising the amino acid sequence represented by SEQ ID NO: 39.
Portable energy storage apparatus for operating electrically operated tool devices (10a, 10b), having a portable receiving device which is suitable for receiving an energy storage device, wherein the energy storage device has at least two connections (12, 14) for connecting two tool devices (10a, 10b), wherein the tool devices (10a, 10b) can be operated independently of one another via these connections (12, 14), so that the energy storage device apparatus has at least two connections for connecting two tool devices, wherein the tool devices can be operated independently of one another via these connections, characterized in that the energy storage apparatus has a transmitting device for wirelessly outputting data, and in that the energy storage apparatus has an amplifier device for amplifying the signals to be output by the transmitting device and/or the signals to be received by a receiving device.
A particle removal assembly comprising: (a) a filter; (b) a dryer; (c) a flow controller; and (d) an outlet, wherein the filter, dryer, flow controller, and outlet are connected to allow a gas to flow through the filter, dryer, and outlet, and wherein the flow controller controls the rate of flow through the outlet, characterized in that the particle removal assembly further comprises a reservoir for storage of the gas, wherein the reservoir is provided upstream of the outlet and downstream of the filter and dryer. (a) a filter; (b) a dryer; (c) a flow controller; and (d) an outlet, wherein the filter, dryer, flow controller, and outlet are connected to allow a gas to flow through the filter, dryer, and outlet, and wherein the flow controller controls the rate of flow through the outlet, characterized in that the particle removal assembly further comprises a reservoir for storage of the gas, wherein the reservoir is provided upstream of the outlet and downstream of the filter and dryer.
A method of operation of a transmission point in a cellular communications network, comprising: transmitting, from the transmission point, a same one or more Discovery Reference Signal, DRS, signals using at least two different transmit beams in at least two different time resources, each transmit beam being characterized by a direction in which it is transmitted; wherein the at least two different time resources are at least two time resources within a same DRS occasion, wherein the DRS occasion is a 3GPP LTE DRS occasion as introduced by 3GPP LTE Release 12 and consists of a plurality of consecutive time resources, and transmitting the same one or more DRS signals using the at least two different transmit beams in the at least two different time resources comprises transmitting the same one or more DRS signals using the at least two different transmit beams in the at least two different time resources within the same DRS occasion, wherein only a subset of the at least two different transmit beams, the subset not including all of the at least two different transmit beams, is repeated within said same DRS occasion. the at least two different time resources are at least two time resources within a same DRS occasion, wherein the DRS occasion is a 3GPP LTE DRS occasion as introduced by 3GPP LTE Release 12 and consists of a plurality of consecutive time resources, and transmitting the same one or more DRS signals using the at least two different transmit beams in the at least two different time resources comprises transmitting the same one or more DRS signals using the at least two different transmit beams in the at least two different time resources within the same DRS occasion, wherein only a subset of the at least two different transmit beams, the subset not including all of the at least two different transmit beams, is repeated within said same DRS occasion.
A thermoelectric generator for a vehicle, comprising: a thermoelectric material unit including unit thermoelectric materials and movable in a direction in which the thermoelectric material unit approaches a heated body of a vehicle and a direction in which the thermoelectric material unit moves away from the heated body; a thermal expansion member disposed between the thermoelectric material unit and the heated body and configured to be selectively expanded or contracted in response to a temperature of the heated body; and an elastic member configured to elastically support a movement of the thermoelectric material unit relative to the heated body. a thermoelectric material unit including unit thermoelectric materials and movable in a direction in which the thermoelectric material unit approaches a heated body of a vehicle and a direction in which the thermoelectric material unit moves away from the heated body; a thermal expansion member disposed between the thermoelectric material unit and the heated body and configured to be selectively expanded or contracted in response to a temperature of the heated body; and an elastic member configured to elastically support a movement of the thermoelectric material unit relative to the heated body.
A system for healing a wound of a subject, said system comprising: a flexible body including a cover film having oppositely disposed first and second surfaces(28, 30) that define a compartment including a porous wound-contacting portion including a series of output ports and uptake ports that extend through said wound-contacting portion, said compartment including a first porous material, a second porous material, and at least one electrode disposed therein, said second porous material being disposed between said first porous material and said at least one electrode; a sheet member disposed between said first and second porous materials (48,52), wherein said sheet member prevents the movement of fluid between said first and second porous materials (48, 52); a therapeutic agent delivery mechanism in fluid communication with said second porous material; a suction mechanism in fluid communication with said first porous material; and a power source in electrical communication with said at least one electrode. a flexible body including a cover film having oppositely disposed first and second surfaces(28, 30) that define a compartment including a porous wound-contacting portion including a series of output ports and uptake ports that extend through said wound-contacting portion, said compartment including a first porous material, a second porous material, and at least one electrode disposed therein, said second porous material being disposed between said first porous material and said at least one electrode; a sheet member disposed between said first and second porous materials (48,52), wherein said sheet member prevents the movement of fluid between said first and second porous materials (48, 52); a therapeutic agent delivery mechanism in fluid communication with said second porous material; a suction mechanism in fluid communication with said first porous material; and a power source in electrical communication with said at least one electrode.
Process for the synthesis of ivabradine of formula: characterised in that the compound of formula: is subjected to a lactamisation reaction, in the presence of a coupling agent and a base, in an organic solvent, to yield ivabradine of formula, which may be converted into addition salts thereof with a pharmaceutically acceptable acid selected from hydrochloric acid, hydrobromic acid, sulphuric acid, phosphoric acid, acetic acid, trifluoroacetic acid, lactic acid, pyruvic acid, malonic acid, succinic acid, glutaric acid, fumaric acid, tartaric acid, maleic acid, citric acid, ascorbic acid, oxalic acid, methanesulphonic acid, benzenesulphonic acid and camphoric acid, and into hydrates thereof.
A centrifugal pump comprising at least:. an impeller;. a rotary shaft secured to said impeller;. a casing having an axial admission passage;. at least one first bearing supporting said rotary shaft in said casing; and. at least one dynamic seal around the rotary shaft, said impeller being situated between the dynamic seal and the axial admission passage of the pump; and the centrifugal pump further comprising, between the impeller and at least one dynamic seal, an axial force compensation disk secured to the shaft and presenting a diameter greater than 70% of a diameter of the impeller, with a front face facing towards the impeller and connected to a branch connection for fluid under pressure taken downstream from the pump, and a rear face facing towards at least one dynamic seal and presenting fins that are oriented radially, at least in part; and being characterized in that it also comprises, facing the front face of the axial force compensation disk, fins that are secured to the casing and that have an orientation that is radial, at least in part.. an impeller;. a rotary shaft secured to said impeller;. a casing having an axial admission passage;. at least one first bearing supporting said rotary shaft in said casing; and. at least one dynamic seal around the rotary shaft, said impeller being situated between the dynamic seal and the axial admission passage of the pump; and
A method of producing a chlorinated hydrocarbon having 3 carbon atoms, comprising a conversion step for converting a chloropropane represented by the following formula into a chloropropane represented by the following formula by reacting it with chlorine in the presence of anhydrous aluminum chloride. CCl 3 -CCl (2-m) H m -CCl (3-n) H n (In the above formula, m is 1 or 2, and n is an integer of 0 to 3.) CCl 3 -CCl (3-m) H (m-1) -CCl (3-n) H n (In the above formula, m and n are the same integers as in the formula, respectively.)
Method for operating a device for decorating formed parts from thermoplastic film in a thermoforming machine or formed and punched parts, characterised in that a device 6 for separating labels 1 from stacks of labels 5 in a magazine 4 selects in each case the lowest labels 1 and transfers the labels 1 to a device 7 for partially aligning the juxtaposed labels 1, whereby in doing so the device 7 accepts the flat, juxtaposed labels 1 and at least partially aligns them, whereby the extension of the juxtaposed, partially aligned labels 1 is shortened towards the extension of the juxtaposed labels 1 in a flat, non-aligned state and a device 13 for pushing together pushes the partially aligned, juxtaposed labels 1 from the magazine's cavity spacing 4 to the cavity spacing of the forming tool 10 or of the forming / punching tool 11 and transfers the at least partially aligned, juxtaposed labels 1 to a transfer unit 8, which is equipped with devices 9 for final alignment, whereby such transfer unit 8 accepts the juxtaposed labels 1 and fully aligns them as necessary, whereby the device 7 for partial alignment of the juxtaposed labels 1 partially aligns one-piece juxtaposed labels 1 and fully aligns multiple-piece juxtaposed labels 1 and whereby the transfer unit 8 fully aligns one-piece juxtaposed labels 1 and accepts the multiple-piece juxtaposed labels 1 that have already been fully aligned and whereby the transfer unit 8 transfers the fully aligned, juxtaposed labels to a forming tool 10 or forming / punching tool 11 and, in the forming tool 10 or forming / punching tool 11, the heated plastic film is brought into contact with the labels 1 and is firmly connected with the labels 1.
An accommodating intraocular lens, comprising: a bulk polymeric material; and a silicone oil having a polydispersity index less than 1.5, wherein the silicone oil comprises diphenyl siloxane and dimethyl siloxane and the components of the silicone oil are fully miscible with each other. a bulk polymeric material; and a silicone oil having a polydispersity index less than 1.5, wherein the silicone oil comprises diphenyl siloxane and dimethyl siloxane and the components of the silicone oil are fully miscible with each other.
Water-conducting domestic appliance, in particular a laundry-treatment appliance for washing laundry, having a treatment area, a treatment-agent container, which is used to store at least one treatment agent, a dosing unit, which is used to dispense the treatment agent for the treatment area, and a controller, wherein the controller has a plurality of treatment programs and is used to control the dosing unit according to a treatment program selected by a user from the treatment programs, wherein at least one treatment-agent parameter is provided, which can be set by the user, and wherein the controller executes the selected treatment program on the basis of the treatment-agent parameter, wherein an input unit connected to the controller is provided, which allows the user to change the treatment-agent parameter in order to set the treatment agent parameter, wherein a display unit connected to the controller is provided, wherein the controller, when the treatment-agent parameter is changed, defines at least one characteristic program property of the selected treatment program, said property depending on the treatment-agent parameter, with reference to the changed treatment-agent parameter, characterised in that the characteristic program property is an expected program duration, an expected energy requirement or an expected water requirement, and the display unit displays the characteristic program property, defined by the controller, of the selected treatment program, wherein furthermore the controller detects a load of the treatment area and that the controller controls the dosing device on the basis of at least the treatment-agent parameter and the detected load in the treatment area according to the selected treatment program.
A packaging pack with a tamperproofing indicator, the pack being obtained from a blank that is precut and assembled by folding, the pack comprising: • a tubular envelope of hinged panels (2, 3, 4, 5) having two ends (E 1, E 2) including at least a first end (E 1) that is open; • at the first end (E 1) of the envelope, a closure panel hinged to one of the panels of the envelope; and • locking means, at least at the first end of the envelope and comprising in association with the closure panel: • a foldable closure flap hinged to the panel of the envelope situated facing the panel of the envelope that is fitted with the closure panel, the foldable closure flap having a blocking edge; and • at least one locking tab that is joined to the closure panel by a fold line, the locking tab presenting a locking tongue capable, in the closed position of the closure panel, of being interposed in part between the closure flap and the panel of the envelope to which the closure flap is hinged in order to become blocked against the blocking edge; the pack being characterized in that a cutout is arranged in the locking tab to form the locking tongue that is pivotally mounted on the locking tab to pivot about two attachment zones of weakness situated at two opposite ends of the locking tongue, so that while the closure flap is being closed, the locking tongue can become interposed by pivoting, and while the closure panel is being opened, the locking tongue can become detached in part or in full from the locking tab by virtue of being blocked against the blocking edge of the closure flap. • a tubular envelope of hinged panels (2, 3, 4, 5) having two ends (E 1, E 2) including at least a first end (E 1) that is open; • at the first end (E 1) of the envelope, a closure panel hinged to one of the panels of the envelope; and • locking means, at least at the first end of the envelope and comprising in association with the closure panel: • a foldable closure flap hinged to the panel of the envelope situated facing the panel of the envelope that is fitted with the closure panel, the foldable closure flap having a blocking edge; and • at least one locking tab that is joined to the closure panel by a fold line, the locking tab presenting a locking tongue capable, in the closed position of the closure panel, of being interposed in part between the closure flap and the panel of the envelope to which the closure flap is hinged in order to become blocked against the blocking edge;
Slatted frame comprising interconnected longitudinal rails and transverse rails with a number of mounting members which are fastened a mutual distance apart on the inside of the respective longitudinal rail, wherein at the respective mounting member the respective ends of spring slats are received in insertion pockets (7, 8) which are arranged on the upper side of one or more spring members which are connected with the respective mounting member, wherein a limit stop is provided to limit the compression of the spring members, wherein the limit stop to limit the compression of the spring members is formed of a stop strip which is fastened on the longitudinal rail side and can be brought to the stop on the underside of a stop plate (9, 10) which is connected with the insertion pocket (7, 8), characterised in that the stop strip arranged on the longitudinal rail side is fastened permanently or interchangeably to the upper side of the mounting member.