mhurhangee/ep-ind-claims huggingface dataset:
Method for adjusting a punching or cutting gap on a tool unit of a punching or cutting machine, wherein the tool unit has a first tool and at least one second tool which are moved relative to each other in a working direction for punching or cutting, wherein the punching or cutting gap is present transversely to the working direction between the first tool and the second tool, wherein the second tool has at least one supporting part which rests with a back face on a support face of a holding device for the second tool, wherein to adjust the punching or cutting gap, the height (H1, H2) of the support part of the second tool is reduced in the working direction, and wherein the punching or cutting gap is adjusted by deformation of the second tool.
A left and right oscillation width adjustment and rotation structure of a stationary bike saddle, capable of adjusting a height of the stationary bike saddle corresponding to a height of a user seated on a saddle member by a height adjustment bar, characterised by the rotation structure of the stationary bike saddle comprising: a buffering part which is disposed on a bottom surface of the saddle member to relieve left and right oscillations and a load dispersed by a pedaling operation of the user; a left and right moving part which is coupled to the buffering part to perform a left and right sliding motion; a forward and backward moving part which is coupled to the left and right moving part to perform a forward and backward sliding motion; and an eccentric rotating part to which the left and right moving part and the forward and backward moving part are coupled and which is rotated eccentrically to simultaneously control the sliding motion of each moving part, wherein an eccentric rotation radius of the eccentric rotating part is configured to be extended or reduced according to a user's selection, and the left and right sliding motion and the forward and backward sliding motion are controlled according to the adjusted rotation radius, the eccentric rotating part includes: a fixing plate which is kept in position while surrounding an outer peripheral surface of the height adjustment bar; a rotation connecting part which extends from the fixing plate and includes a protruding part protruding upward from a set position; and a rotation adjusting part which is coupled to the protruding part of the rotation connecting part and configured to extend and reduce the rotation radius while rotating eccentrically in a state in which the coupling is maintained, and the rotation adjusting part includes: a body which is coupled to the rotation connecting part and formed with a hollow region having a set length; a full threaded bolt which passes through a central part of the body in a longitudinal direction; a gripping part which extends or protrudes left and right from an end part of the full threaded bolt or is formed with a key groove to rotate a key left and right to allow the user to grip the gripping part; and a position adjusting part which is disposed in the hollow region of the body, and fastened to the full threaded bolt so that a position thereof in the hollow region of the body is changed by a thread as the full threaded bolt is rotated through manipulation of the gripping part.
A rotary pump comprising: a housing defining an annular chamber with inlet and outlet ports spaced apart around the chamber, a flexible annular diaphragm forming one side of the chamber spaced opposite an annular wall of the housing and having two opposed circular ends, the diaphragm being sealed at its edges to the housing, a partition extending across the chamber from a location between the inlet and outlet ports to the diaphragm; wherein the diaphragm comprises an outer surface which engages the annular wall of the housing, and an inner surface opposite the first surface, wherein the outer surface is configured to be pressed progressively against the opposite wall of the housing, by a rotating means, to force fluid drawn in at the inlet port on one side of the partition around the chamber and to expel it at the outlet port at the other side of the partition; the rotating means comprising a bearing; a reinforcement ring surrounding the bearing and connected to a central region of the diaphragm; a pair of annular end caps, one in each end of the diaphragm, each end cap having a first end adjacent to a respective end of the diaphragm and a second end axially spaced from the first end adjacent to the bearing, characterized by the axial end of the second end being axially spaced less than 0.5 mm from the adjacent bearing or reinforcement ring; and wherein the second end is formed with a groove at the radially outermost portion into which an inner part of the reinforcement ring can move in use. a housing defining an annular chamber with inlet and outlet ports spaced apart around the chamber, a flexible annular diaphragm forming one side of the chamber spaced opposite an annular wall of the housing and having two opposed circular ends, the diaphragm being sealed at its edges to the housing, a partition extending across the chamber from a location between the inlet and outlet ports to the diaphragm; wherein the diaphragm comprises an outer surface which engages the annular wall of the housing, and an inner surface opposite the first surface, wherein the outer surface is configured to be pressed progressively against the opposite wall of the housing, by a rotating means, to force fluid drawn in at the inlet port on one side of the partition around the chamber and to expel it at the outlet port at the other side of the partition; the rotating means comprising a bearing; a reinforcement ring surrounding the bearing and connected to a central region of the diaphragm; a pair of annular end caps, one in each end of the diaphragm, each end cap having a first end adjacent to a respective end of the diaphragm and a second end axially spaced from the first end adjacent to the bearing, characterized by the axial end of the second end being axially spaced less than 0.5 mm from the adjacent bearing or reinforcement ring; and wherein the second end is formed with a groove at the radially outermost portion into which an inner part of the reinforcement ring can move in use.
Switching apparatus for a switching device, having a first and a second switching point, which switching points each have a stationary contact (11.2, 21.2) and a moving contact (11.1, 21.1), and having a switching mechanism for controlling the movement sequences of the moving contacts (11.1, 21.1), wherein the switching mechanism has a coupling element which is provided for inducing a change in the switching state of the second switching point depending on a change in the switching state of the first switching point, wherein the coupling element is arranged in a decentralized manner within the switching apparatus, wherein the coupling element serves for mechanical coupling to a further switching apparatus outside a housing of the switching apparatus, characterized in that the coupling element is designed as an asymmetrical switching fork with two switching arms (1.7, 1.8) which correspond to different basic shapes, wherein the coupling element is provided for mechanically coupling two substantially identical or structurally similar switching units (10, 20) of the switching apparatus, wherein a separating wall is provided for at least partially separating the substantially identical or structurally similar switching units (10, 20) of the switching apparatus, wherein the coupling element protrudes through the separating wall, is mounted in the said separating wall or is attached outside the separating wall, wherein, on account of the non-mirror-inverted arrangement of identical components of the switching units, with the separating wall as the mirror plane, a different shape and different operating regions (1.1, 1.2, 1.3, 1.5) are produced for the two switching arms (1.7, 1.8) in each case.
Orthotic with a foot plate for supporting a foot wherein the foot plate has a front edge and comprises a foot support in the proximal direction of the same and a lower leg support bar to be applied to a lower leg, characterized in that the foot plate has at least one weakening which is spaced apart from the front edge and extends in the medial-lateral direction of the foot plate,wherein a weakening on the underside has an orientation or rounded contour directed obliquely downward from anterior to posterior and a weakening on the upper side has an orientation or rounded contour directed obliquely upwards from anterior to posterior.
A peptide that binds specifically to neuropilin-1, without binding to neuropilin-2, wherein the peptide comprises an amino acid sequence of any one of SEQ ID NO: 1 to SEQ ID NO: 3.
Rotating drum for treating fibrous material, the axis of rotation of the drum being inclined by at most 30° relative to the horizontal, a fibrous material mixed with water being fed into the drum at a first end, the fibrous material being transported from the first to the second end within the drum by means of transport elements, wherein the drum is perforated, a fine fraction flows through the perforation and a coarse fraction is repelled by the latter, characterized in that the first end of the drum is closed and at least one retaining nozzle directs a water jet onto the fibrous material counter to the transport direction of the fibrous material.
A mobile network managing apparatus for controlling and moving with the mobile network, comprising: an access request reception means for receiving an access request to a home network of the mobile network managing apparatus from a communication terminal connected to the mobile network; determination means for determining whether the communication terminal having sent the access request received by the access request reception means is allowed to perform direct access into the home network or not; and home network communication means for forwarding the access request to a mobile information managing apparatus present in the home network when the communication terminal having sent the access request is allowed to perform direct access into the home network; the mobile network managing apparatus characterized by further comprising: security network communication means for forwarding the access request to a security managing apparatus which is located in a security network located between the home network and a foreign network and is adapted to execute access control for the home network, when the communication terminal having sent the access request is not allowed to perform direct access into the home network. an access request reception means for receiving an access request to a home network of the mobile network managing apparatus from a communication terminal connected to the mobile network; determination means for determining whether the communication terminal having sent the access request received by the access request reception means is allowed to perform direct access into the home network or not; and home network communication means for forwarding the access request to a mobile information managing apparatus present in the home network when the communication terminal having sent the access request is allowed to perform direct access into the home network; the mobile network managing apparatus characterized by further comprising: security network communication means for forwarding the access request to a security managing apparatus which is located in a security network located between the home network and a foreign network and is adapted to execute access control for the home network, when the communication terminal having sent the access request is not allowed to perform direct access into the home network. security network communication means for forwarding the access request to a security managing apparatus which is located in a security network located between the home network and a foreign network and is adapted to execute access control for the home network, when the communication terminal having sent the access request is not allowed to perform direct access into the home network.
A GIP function inhibitor for use in therapy of a locomotive syndrome and/or motility disturbance, wherein the GIP function inhibitor is an anti-GIP antibody, a GIP receptor antagonist, or a GIP secretion-or increase-suppressing agent, and wherein the GIP secretion- or increase-suppressing agent is wheat bran, 3-bromo-5-methyl-2-phenylpyrazolo[1,5-a]pyrimidin-7-ol, alginic acid, phosphatidylethanolamine, polyglutamic acid, quillaja, lysophosphatidylinositol, cellulose nanofiber, β-chitin nanofiber, diacylglycerol, hydroxypropylated starch, monoacylglycerol, a very long chain fatty acid having 20 or more carbon atoms, triacylglycerol containing 1 mass% or more of docosahexaenoic acid and 1 mass% or more of eicosapentaenoic acid as constituent fatty acids, long chain unsaturated fatty acid ethanolamide, a rice bran extract, triacylglycerol containing 10 mass% or more of α-linolenic acid as a constituent fatty acid, or acylglycerol with a C14 to C18 saturated fatty acid bound at the 2-position of the glycerol skeleton.
Neuregulin for use in a method for preventing, treating or delaying a cardiovascular disease or disorder in a human, wherein the method comprises subcutaneous extended release of neuregulin into the human in an amount of 0.3 μg/kg/day to 3.0 μg/kg/day, and wherein the subcutaneous extended release of neuregulin into the human is accomplished through the use of a pump.
A method performed by a first network node of a wireless communication system for handling of a UE connected to the first network node, wherein the first network node provides radio coverage in a first geographical cell using a first access technology, and a second network node of the communication system has a first transmission resource for wireless transmission using the first access technology and a second transmission resource for wireless transmission using a second access technology, the first and the second transmission resources (130, 140) being collocated, signifying that antenna or antennas of the second network node used for transmission for the first and the second access technologies are mounted on the same mast and pointing in roughly the same direction, and the first and the second access technologies are mutually different wireless transmission technologies, the UE having capabilities for transmitting signals using both the first and the second radio access technology, the method comprising: instructing the UE to perform measurements on the first radio access technology at which it is already receiving data from the first network node; receiving, from the UE, an identity of the second network node, and an indication of a fulfilled transmission condition for transmission from the second transmission resource to the UE, the indication being based on a transmission quality measurement performed by the UE on a wireless signal transmitted by the first transmission resource, determining, based on the received second network node identity and on the received indication, whether the UE is to be served by the second access technology transmission resource of the second network node, and; based on the result of the determining, sending an instruction to the UE to prepare for receiving data in a carrier bandwidth of the second access technology, and sending an instruction to the second network node to prepare for transmitting data from the second access technology transmission resource at the carrier bandwidth of the second access technology. instructing the UE to perform measurements on the first radio access technology at which it is already receiving data from the first network node; receiving, from the UE, an identity of the second network node, and an indication of a fulfilled transmission condition for transmission from the second transmission resource to the UE, the indication being based on a transmission quality measurement performed by the UE on a wireless signal transmitted by the first transmission resource, determining, based on the received second network node identity and on the received indication, whether the UE is to be served by the second access technology transmission resource of the second network node, and; based on the result of the determining, sending an instruction to the UE to prepare for receiving data in a carrier bandwidth of the second access technology, and sending an instruction to the second network node to prepare for transmitting data from the second access technology transmission resource at the carrier bandwidth of the second access technology.
A method comprising: receiving a data signal; precoding the data signal; determining a precoder-dependent precoder transmit power equalizing scaling factor based on measured return loss of power from a plurality of antennas (1152, 1154) when the precoder is applied; scaling the precoded data signal using the precoder-dependent precoder transmit power equalizing scaling factor such that transmit power between precoders is equalized; and transmitting the scaled precoded data signal through the plurality of antennas (1152, 1154). receiving a data signal; precoding the data signal; determining a precoder-dependent precoder transmit power equalizing scaling factor based on measured return loss of power from a plurality of antennas (1152, 1154) when the precoder is applied; scaling the precoded data signal using the precoder-dependent precoder transmit power equalizing scaling factor such that transmit power between precoders is equalized; and transmitting the scaled precoded data signal through the plurality of antennas (1152, 1154).
Heating mould for thermal nanoimprint lithography comprising: - a substrate having a first principal surface and a second principal surface, and a through-cavity extending from a first orifice in the first principal surface up to a second orifice in the second principal surface, said first principal surface being, optionally, at least partially covered by a first membrane completely or partially closing off said first orifice, or even leaving said first orifice free, and said second orifice being completely closed off by a second electrically and thermally insulating membrane resting with a first of its sides on said second principal surface and at least partially covering said second surface; - optionally, a thermally conducting layer that mechanically supports the second membrane on said first side of the second membrane above said second orifice; - optionally, a thermally insulating layer beneath said thermally conducting and mechanical support layer; - heating means on the other of the sides of said second membrane in a zone of said second membrane above said second orifice; - a electrically and thermally insulating layer which covers said heating means and, at least partially, said second membrane; - imprint patterns on said electrically and thermally insulating layer in a zone of said electrically and thermally insulating layer above said second orifice; and - means for supplying an electric current to said heating means. - a substrate having a first principal surface and a second principal surface, and a through-cavity extending from a first orifice in the first principal surface up to a second orifice in the second principal surface, said first principal surface being, optionally, at least partially covered by a first membrane completely or partially closing off said first orifice, or even leaving said first orifice free, and said second orifice being completely closed off by a second electrically and thermally insulating membrane resting with a first of its sides on said second principal surface and at least partially covering said second surface; - optionally, a thermally conducting layer that mechanically supports the second membrane on said first side of the second membrane above said second orifice; - optionally, a thermally insulating layer beneath said thermally conducting and mechanical support layer; - heating means on the other of the sides of said second membrane in a zone of said second membrane above said second orifice; - a electrically and thermally insulating layer which covers said heating means and, at least partially, said second membrane; - imprint patterns on said electrically and thermally insulating layer in a zone of said electrically and thermally insulating layer above said second orifice; and - means for supplying an electric current to said heating means.
Rolling bearing having a first ring element and a second ring element, wherein a sealing element fastened to the first ring element is provided for sealing an interior between the first ring element and the second ring element, wherein the rolling bearing is designed in such a way that during the operation of the rolling bearing, the interior can be charged with a compressed gas in order to press at least part of the sealing element against the second ring element in a sealing manner, and wherein the rolling bearing has a control device for controlling the compressed gas in the interior, characterized in that the rolling bearing has a compressed-gas valve in operative connection with the interior, wherein the compressed-gas valve is configured in such a way that, with the compressed-gas valve in an open state, not only escaping gas but also a lubricant can exit the interior.
A method for storing and producing energy and desalinating water, comprising: pumping water containing a dissolved salt down a well at a pressure greater than fracturing pressure and into a hydraulic fracture in a rock formation around the well; before leak-off of the water containing a dissolved salt from the hydraulic fracture, reducing pressure in the well so as to produce a portion of the water containing a dissolved salt up the well as produced water and using pressure of a first portion of the produced water to generate power and using pressure of a second portion of the produced water to desalinate the second portion of the produced water. pumping water containing a dissolved salt down a well at a pressure greater than fracturing pressure and into a hydraulic fracture in a rock formation around the well; before leak-off of the water containing a dissolved salt from the hydraulic fracture, reducing pressure in the well so as to produce a portion of the water containing a dissolved salt up the well as produced water and using pressure of a first portion of the produced water to generate power and using pressure of a second portion of the produced water to desalinate the second portion of the produced water.