mhurhangee/ep-ind-claims huggingface dataset:
Orthopaedic corset for the support of the spinal column, comprising: - a floppy containment structure adapted to be arranged stably around the torso of a user, - rear stiffening means for stiffening said floppy structure, constrained to the latter, said rear stiffening means comprising a plate made of a single body, comprising at least one portion with a quadrangular extension and having a central gap with a longitudinal extension configured to be arranged overlapping with a portion of the user's spinal column, said floppy structure comprising a pocket configured to contain said plate made of a single body, characterized in that said plate is made of Kydex ®, said Kydex ® being a polyvinyl acrylic chloride composite, and having a thickness comprised between 1 mm and 1.5 mm. - a floppy containment structure adapted to be arranged stably around the torso of a user, - rear stiffening means for stiffening said floppy structure, constrained to the latter, said rear stiffening means comprising a plate made of a single body, comprising at least one portion with a quadrangular extension and having a central gap with a longitudinal extension configured to be arranged overlapping with a portion of the user's spinal column, said floppy structure comprising a pocket configured to contain said plate made of a single body, characterized in that said plate is made of Kydex ®, said Kydex ® being a polyvinyl acrylic chloride composite, and having a thickness comprised between 1 mm and 1.5 mm.
A cooling device comprising a heat insulating body; a door hinged to the body; a dispenser adapted to an inner wall of the door, having a cover with an upper part fixing to a mouth part of a tank of the dispenser and a peripheral snap-on part integrated with the upper part, wherein the snap-on part of the cover interlaced to the peripheral mouth part of the tank in a manner to provide sealing comprises a peripheral inner wall, a peripheral outer wall formed parallel to the peripheral inner wall in order to tightly fit the cover on the mouth part of the tank, and a snap-on gap formed between the peripheral inner wall and the peripheral outer wall, characterized in that the peripheral outer wall of the tank cover is having a declining slope surface and a rising slope surface providing to grip to the mouth part of the tank, wherein the snap-on part of the cover is manufactured from a hard, non-elastic plastic material, and wherein the mouth part of the tank is manufactured from a hard, non-elastic plastic material.
A sunscreen composition comprising: (a) at least about 10 weight percent of one or more UV filters; (b) about 0.55 to about 1 weight percent of a hydrophobically modified polyurethane; (c) about 0.1 to about 0.6 weight percent of a viscosity increasing polymer selected from the group consisting of taurate copolymers and acrylate crosspolymers; and (d) at least about 0.1 weight percent of glyceryl stearate; wherein the composition contains about 0.1 to about 0.3 weight percent of an acrylate crosspolymer. (a) at least about 10 weight percent of one or more UV filters; (b) about 0.55 to about 1 weight percent of a hydrophobically modified polyurethane; (c) about 0.1 to about 0.6 weight percent of a viscosity increasing polymer selected from the group consisting of taurate copolymers and acrylate crosspolymers; and (d) at least about 0.1 weight percent of glyceryl stearate;
A plug connection socket for use in rail vehicles, comprising a housing part having a female connector, a socket lid which is movable along a pivot axis, a lid spring which is arranged along the pivot axis and is biased such that it pushes the socket lid into a closed position, at least two locking brackets arranged on the socket lid for holding a plug connector in the female connector, and a locking spring arranged on the socket lid, characterized in that the plug connection socket further comprises a first magnet arranged on the housing part and a magnet counterpart arranged on the socket lid, and that the first magnet and the magnet counterpart are positionable relative to each other such that the socket lid is held in the closed position, the plug connection socket further comprising a mounting part fixed to the housing part, the first magnet being arranged within the mounting part and the locking brackets not being engaged in the closed position of the socket lid.
Use of a white gold alloy containing gold and silver for the manufacturing of jewellery items such as pieces of jewellery, jewellery, bijouterie, watches and watch cases and/or writing implements and/or components thereof, wherein the alloy used contains as primary alloy components gold in an amount between 31 and 43% by weight, silver in an amount between 44 and 62% by weight, copper and/or zinc each in an amount between 2 and 10% by weight, with at least one of the two aforementioned elements copper and zinc being present, characterized in that the alloy contains as a secondary alloy component gallium and/or indium in an amount between 0,5 and 2% by weight, and that the amounts of the aforementioned primary alloy components as well as of the secondary alloy components, apart from the usual impurities and admixtures, add up to 100% by weight.
An electrode catalyst layer for a fuel cell comprising a catalyst comprising a catalyst support and a catalyst metal supported on the catalyst support, and an electrolyte, wherein: the catalyst is coated with the electrolyte, characterised in that the catalyst includes pores having a radius of 1 nm or more and less than 5 nm, a pore volume of the pores is 0.8 cc/g support or more, and the catalyst metal is supported in the pore; wherein the catalyst metal has a specific surface area of 5 to 30 m 2 /g support, the specific surface area being measured by cyclic voltammetry using platinum as a reference electrode and a reference hydrogen electrode as counter electrode. the catalyst is coated with the electrolyte, characterised in that the catalyst includes pores having a radius of 1 nm or more and less than 5 nm, a pore volume of the pores is 0.8 cc/g support or more, and the catalyst metal is supported in the pore; wherein the catalyst metal has a specific surface area of 5 to 30 m 2 /g support, the specific surface area being measured by cyclic voltammetry using platinum as a reference electrode and a reference hydrogen electrode as counter electrode.
A stent for use within a body lumen, the stent comprising: a stent strut having a sinusoidal pattern of straight segments and crowns, wherein all of the crowns of the stent strut are approximately parallel with a longitudinal axis (L a) of the stent when the stent is in an unexpanded configuration for delivery within the body lumen; and a Y-shaped member attached to at least one crown of the stent strut such that the Y-shaped member is substantially centered within the at least one crown and the straight segments attached to the at least one crown, wherein the Y-shaped member includes a V-shaped base connected to the straight segments of the stent strut attached to the at least one crown and a tether extending from an apex of the V-shaped base to a valley formed by the at least one crown, wherein when the stent is in an expanded configuration for contacting a vessel wall of the body lumen the at least one crown having the Y-shaped member attached thereto radially flares outward from an outer surface of the stent such that the at least one crown is at an acute angle with respect to the longitudinal axis (L a) of the stent. a stent strut having a sinusoidal pattern of straight segments and crowns, wherein all of the crowns of the stent strut are approximately parallel with a longitudinal axis (L a) of the stent when the stent is in an unexpanded configuration for delivery within the body lumen; and a Y-shaped member attached to at least one crown of the stent strut such that the Y-shaped member is substantially centered within the at least one crown and the straight segments attached to the at least one crown, wherein the Y-shaped member includes a V-shaped base connected to the straight segments of the stent strut attached to the at least one crown and a tether extending from an apex of the V-shaped base to a valley formed by the at least one crown, wherein when the stent is in an expanded configuration for contacting a vessel wall of the body lumen the at least one crown having the Y-shaped member attached thereto radially flares outward from an outer surface of the stent such that the at least one crown is at an acute angle with respect to the longitudinal axis (L a) of the stent.
Control unit for an operating device for an electric appliance, wherein the control unit has a control unit housing and a plurality of light conductor channels for illuminated displays, wherein the light conductor channels are configured in a shape enlarging upwards or towards the upper side of the control unit housing, wherein illuminants or light sources are disposed below the light conductor channels or a bottom end portion thereof, wherein the illuminated displays are disposed on the control unit adjacent and separated from each other by partition walls of the control unit housing, wherein the control unit or the control unit housing has translucent light conductor material at least on an upper side of the light conductor channels, wherein the light conductor material is disposed above at least two adjacent light conductor channels and extends continuously above said two adjacent light conductor channels, characterized in that capacitive sensor elements are provided for the control functions, which sensor elements are narrow elongate partial sensor elements extending on an upper side or the upper portions of the partition walls, wherein the partial sensor elements have a width corresponding to the width of the light conductor channel.
A device for torque vectoring in a wheeled vehicle, comprising a differential mechanism comprising a differential arranged on an axle having a first drive shaft and a second drive shaft, wherein the first drive shaft is provided with a gear having outer teeth and being arranged to rotate about the same central axis as the first drive shaft, and the second drive shaft is provided with a gear having outer teeth and being arranged to rotate about the same central axis as the second drive shaft, an electrical power source connected to an electrical motor, said electrical motor being connectable to said axle for torque vectoring between said first drive shaft and said second drive shaft, characterized in that said electrical motor is connected to said first drive shaft and said second drive shaft by means of a planetary gear set such that when the torque vectoring motor is activated, the motor will provide opposite torque to the gears (318, 319) by providing an increase of torque to one of the drive shafts (314, 316), and providing a decrease of torque to the other of said drive shafts (314, 316) via the planetary gear set, wherein said electrical motor is driving a sun gear, said first drive shaft is connected to a ring gear, and wherein said second drive shaft is connected to planetary gears, the device comprising control means connected to said power source and configured to receive a plurality of variables representing the current vehicle state and to determine drive currents being dependent on said variables, wherein said drive currents are supplied to said electrical motor from said power source for introducing a torque increase to either one of said first or second drive shafts (314, 316) and a corresponding torque decrease to the other one of said first or second drive shafts (314, 316).
A steering system comprising: a steering member; a steering shaft to which the steering member is coupled at one end of the steering shaft and which is configured to extend and contract in an axial direction; a column jacket having an inner jacket in which an insertion hole extending in the axial direction is provided in an outer surface of the inner jacket and which supports the steering shaft, and an outer jacket that houses the inner jacket to support the steering shaft, the column jacket configured to extend and contract in the axial direction along with the steering shaft as a result of relative movement between the inner jacket and the outer jacket in the axial direction; and a regulation member that is fixed to the outer jacket and passes through the insertion hole and that regulates a distance of the relative movement between the inner jacket and the outer jacket to within a range in which the regulation member is allowed to move in the axial direction within the insertion hole, the regulation member allowed to be sheared; characterized by an elastic member that has a tip portion arranged on the outer surface of the inner jacket at a position away from the insertion hole in the axial direction and that is fixed to the outer jacket, wherein when, at a time of vehicular collision, the regulation member is sheared by a peripheral portion of the insertion hole in the inner jacket in conjunction with the relative movement between the inner jacket and the outer jacket, the elastic member is elastically deformed so that the tip portion is fitted in the insertion hole. a steering member; a steering shaft to which the steering member is coupled at one end of the steering shaft and which is configured to extend and contract in an axial direction; a column jacket having an inner jacket in which an insertion hole extending in the axial direction is provided in an outer surface of the inner jacket and which supports the steering shaft, and an outer jacket that houses the inner jacket to support the steering shaft, the column jacket configured to extend and contract in the axial direction along with the steering shaft as a result of relative movement between the inner jacket and the outer jacket in the axial direction; and a regulation member that is fixed to the outer jacket and passes through the insertion hole and that regulates a distance of the relative movement between the inner jacket and the outer jacket to within a range in which the regulation member is allowed to move in the axial direction within the insertion hole, the regulation member allowed to be sheared; characterized by an elastic member that has a tip portion arranged on the outer surface of the inner jacket at a position away from the insertion hole in the axial direction and that is fixed to the outer jacket, wherein when, at a time of vehicular collision, the regulation member is sheared by a peripheral portion of the insertion hole in the inner jacket in conjunction with the relative movement between the inner jacket and the outer jacket, the elastic member is elastically deformed so that the tip portion is fitted in the insertion hole.
A method for making a biological material transparent, comprising the step of: (a) making the biological material transparent by causing a solution containing fructose to permeate into the biological material, wherein the solution contains the fructose at a concentration falling within a range of 50 %(w/v) or more and not more than 200 %(w/v). (a) making the biological material transparent by causing a solution containing fructose to permeate into the biological material, wherein the solution contains the fructose at a concentration falling within a range of 50 %(w/v) or more and not more than 200 %(w/v).
A liquid crystal lens characterized in that it comprises: a first planar substrate having on a surface thereof a layer of a first alignment material comprising a co-polymer of a first photosensitive monomer and at least one alkyl methacrylate monomer; and a second planar substrate having on a surface thereof a layer of a second alignment material comprising a co-polymer of a second photosensitive monomer and at least one alkyl methacrylate monomer, wherein the first and second substrates are assembled in parallel configuration such that the layers of alignment material face each other and are spaced apart, and wherein the first and second photosensitive monomers have different photosensitivities, and wherein particles of the first alignment material have a pretilt angle gradient that is different from a pretilt angle gradient of the second alignment material. a first planar substrate having on a surface thereof a layer of a first alignment material comprising a co-polymer of a first photosensitive monomer and at least one alkyl methacrylate monomer; and a second planar substrate having on a surface thereof a layer of a second alignment material comprising a co-polymer of a second photosensitive monomer and at least one alkyl methacrylate monomer,
A pharmaceutical composition comprising an integrin inhibiting peptide which consists of Glycinyl-Arginyl-Glycinyl-CysteicAcid-Threonyl-Proline-COOH or a pharmaceutically acceptable salt thereof for use in treating macular edema by inhibiting angiogenesis.
A method comprising: encrypting, by an encryption logic circuit, a current data portion of plaintext data using a current encryption key to provide an encrypted current data portion; scrambling at least one of the encrypted current data portion or the current data portion; and generating, by the encryption logic circuit, a next encryption key for encryption of a next data portion of the plaintext data based on the current encryption key, wherein the generating the next encryption key comprises performing bitwise operations on the current encryption key and the scrambled at least one of the encrypted current data portion or the current data portion to obtain the next encryption key; wherein the method further comprises: providing a first truly random bit stream, generating a second truly random bit stream by performing bitwise operation on pairs of bits of the first truly random bit stream, wherein the current encryption key is based on the second truly random bit stream. encrypting, by an encryption logic circuit, a current data portion of plaintext data using a current encryption key to provide an encrypted current data portion; scrambling at least one of the encrypted current data portion or the current data portion; and generating, by the encryption logic circuit, a next encryption key for encryption of a next data portion of the plaintext data based on the current encryption key, wherein the generating the next encryption key comprises performing bitwise operations on the current encryption key and the scrambled at least one of the encrypted current data portion or the current data portion to obtain the next encryption key; wherein the method further comprises: providing a first truly random bit stream, generating a second truly random bit stream by performing bitwise operation on pairs of bits of the first truly random bit stream, wherein the current encryption key is based on the second truly random bit stream. providing a first truly random bit stream, generating a second truly random bit stream by performing bitwise operation on pairs of bits of the first truly random bit stream, wherein the current encryption key is based on the second truly random bit stream.
A power supply control device for controlling a power supply of a load circuit, said load circuit being capable of mutually switching between a first state in which electric power needs to be supplied from said power supply and a second state in which electric power does not need to be supplied from said power supply, said power supply control device comprising: a determination unit for determining a change of a state of said load circuit between said first state and said second state; and a control unit for causing said power supply to stop when said determination unit determines that said first state is changed to said second state, characterized in that said power supply has a node to which a power storage device and said power supply control device are connected in common, said power supply control device receives electric power from said node, and after said power supply is stopped due to said change of said load circuit from said first state to said second state, said control unit intermittently starts said power supply in order to resupply the electric power to said power storage device. a determination unit for determining a change of a state of said load circuit between said first state and said second state; and a control unit for causing said power supply to stop when said determination unit determines that said first state is changed to said second state,
A protection device for a vehicle or fixed platform against a threat, comprising means to ensure the deployment of at least one means to enable the formation of a cloud in order to mask the vehicle or platform in the infrared and/or millimetric domain and at least one means to decoy the threat in the millimetric domain, the deployment means ensuring the positioning of the decoy means between the masking cloud and the threat.
A method performed by a wireless device for triggering a cell reselection procedure, wherein the wireless device is served by a first Radio Network Node, RNN,, wherein the wireless device and the first RNN are operating in a wireless communications system, and wherein the method is characterized by: - determining (401a,401b) a difference between a second signal parameter of a second signal and a first signal parameter of a first signal, wherein the first and second signal parameters are received from the first RNN; and by - triggering (402a,402b) the cell reselection procedure when the determined difference is larger than a first predetermined threshold value for a cell reselection procedure. - determining (401a,401b) a difference between a second signal parameter of a second signal and a first signal parameter of a first signal, wherein the first and second signal parameters are received from the first RNN; and by - triggering (402a,402b) the cell reselection procedure when the determined difference is larger than a first predetermined threshold value for a cell reselection procedure.
A caster wheel assembly (1; 1') for a wheelchair, comprising: a caster housing, a central body having a radially outwards extending flange, which central body is configured to be received by the caster housing, a spindle shaft configured to be rotationally locked relative to the central body, a first bearing having an inner bearing race configured to be rotationally locked relative to the spindle shaft, a friction member (13; 11a) configured to be rotationally locked relative to the caster housing, a resilient member configured to be arranged between the flange and the friction member, and configured to provide a force between the flange and the friction member to thereby create friction torque between the caster housing and the spindle shaft, and an annular member configured to be rotationally locked relative to the caster housing, wherein the friction member is annular and configured to be mounted between the flange and the first bearing, and which friction member has a circumferential groove configured to receive the annular member, the friction member and the annular member being configured to be rotationally locked relative to each other. a caster housing, a central body having a radially outwards extending flange, which central body is configured to be received by the caster housing, a spindle shaft configured to be rotationally locked relative to the central body, a first bearing having an inner bearing race configured to be rotationally locked relative to the spindle shaft, a friction member (13; 11a) configured to be rotationally locked relative to the caster housing, a resilient member configured to be arranged between the flange and the friction member, and configured to provide a force between the flange and the friction member to thereby create friction torque between the caster housing and the spindle shaft, and an annular member configured to be rotationally locked relative to the caster housing, wherein the friction member is annular and configured to be mounted between the flange and the first bearing, and which friction member has a circumferential groove configured to receive the annular member, the friction member and the annular member being configured to be rotationally locked relative to each other.