mhurhangee/patent-ind-claim-en huggingface dataset:
A non-magnetic hollow pole comprising: a. a connector , capable of connecting the pole to a pressure water hose for water inlet, b. a hole at one of the tips of the pole which is intended to penetrate the seabed for water outlet, c. a jacket inside the pole, the jacket forming with the inner surface of the pole a conduit from the connector to the hole wherein water flows, and the inner surface of the jacket forming an hollow inner area , d. a magnetic probe placed inside the hollow inner area , e. a magnetometer provided with a control panel connected to the magnetic probe , the non-magnetic hollow pole being characterized in that : the magnetic probe is configured to move along the hollow pole axis and execute a measure of magnetic field while moving inside the hollow pole. a. a connector , capable of connecting the pole to a pressure water hose for water inlet, b. a hole at one of the tips of the pole which is intended to penetrate the seabed for water outlet, c. a jacket inside the pole, the jacket forming with the inner surface of the pole a conduit from the connector to the hole wherein water flows, and the inner surface of the jacket forming an hollow inner area , d. a magnetic probe placed inside the hollow inner area , e. a magnetometer provided with a control panel connected to the magnetic probe ,
Aircraft engine having an air guiding mechanism with at least one connecting mechanism of a core engine housing with an outer wall of an auxiliary flow duct of the aircraft engine, wherein at least one first air inlet opening for inflowing air (K) is connected to the connecting mechanism , having at least one sealing barrier for the spatial separation of the air (K) which entered through the at least one first air inlet opening from other regions of the core engine , characterized in that the at least one connecting mechanism is configured as a strut, and the at least one first air inlet opening is arranged in a housing on the core engine housing , and the housing is a bulge of the core engine housing .
A prosthetic implant, suitable for implantation to the human body, comprising a shell and a filler containing a gel , wherein said shell comprises an innermost layer and at least an additional layer and said innermost layer is in contact with said gel and said innermost layer comprises a silicone elastomer, wherein said innermost layer adheres to said gel to form an adhesive bond between said innermost layer and said gel, wherein formation of said adhesive bond comprises crosslinking.
A method for producing an osteoinductive composition, the composition comprising: surface demineralized bone particles, the bone particles ranging from 1 mm to 4 mm in their longest dimension, and being 10 to 50% demineralized; demineralized bone matrix; and a delivery vehicle, the method comprising supercritical carbon dioxide treating the surface demineralized bone particles. surface demineralized bone particles, the bone particles ranging from 1 mm to 4 mm in their longest dimension, and being 10 to 50% demineralized; demineralized bone matrix; and a delivery vehicle, the method comprising supercritical carbon dioxide treating the surface demineralized bone particles.
A railway vehicle equipped with a rigid wheel axle on which a wheel is rotatably mounted at each one of the two ends thereof, wherein the wheel axle is connected to and is held by a suspension means directly or indirectly fixed to the frame of the vehicle in such a manner that at least one end of the wheel axle is movable in a vertical direction with respect to the suspension means , characterized in that the suspension means surrounds at least a part of the wheel axle , wherein the suspension means , alone or in combination with further means, is arranged to allow a restricted free translatory motion of the wheel axle with respect to the suspension means , said restricted free translatory motion being restricted to a defined distance within the suspension means.
A service control system for being connected to a communication network to which a user apparatus for executing machine-to-machine communication is connectable, and that controls a service on the machine-to-machine communication, comprising: a reception unit configured to receive state information indicating a state of the user apparatus; and a communication control unit configured, when receiving a request for the user apparatus from an application server , to determine communication operation for the request based on the state information, and to execute determined communication operation, wherein the communication control unit is configured to perform triggering for the user apparatus when the state information indicates that the user apparatus is in a dormant state, wherein the communication control unit notifies the application server that communication is unavailable when the state information indicates power-off or indicates that communication is unavailable. a reception unit configured to receive state information indicating a state of the user apparatus; and a communication control unit configured, when receiving a request for the user apparatus from an application server , to determine communication operation for the request based on the state information, and to execute determined communication operation, wherein the communication control unit is configured to perform triggering for the user apparatus when the state information indicates that the user apparatus is in a dormant state, wherein the communication control unit notifies the application server that communication is unavailable when the state information indicates power-off or indicates that communication is unavailable.
A method for mitigating phishing attacks, the method comprising: receiving emails intended for recipient mailboxes in an email system ; examining (201; 501; 801) the emails for web links to web pages included therein; in response to an email that is encountered in the emails that includes a web link to a web page, retrieving (203; 503; 803) the web page using the web link; determining (205; 505; 807) if the email comprises an occurrence of a phishing attack against at least a protected web page based at least in part on a comparison of the web page to the protected web page; and in response to the occurrence of the phishing attack, mitigating (209; 509; 811) the phishing attack against the protected web page, wherein the protected web page comprises a login page to a web site, wherein mitigating the phishing attack against the protected web page comprises submitting tracking credentials to the web page and wherein mitigating the phishing attack against the protected web page further comprises monitoring for an attempt to access the protected web page with the tracking credential. receiving emails intended for recipient mailboxes in an email system ; examining (201; 501; 801) the emails for web links to web pages included therein; in response to an email that is encountered in the emails that includes a web link to a web page, retrieving (203; 503; 803) the web page using the web link; determining (205; 505; 807) if the email comprises an occurrence of a phishing attack against at least a protected web page based at least in part on a comparison of the web page to the protected web page; and in response to the occurrence of the phishing attack, mitigating (209; 509; 811) the phishing attack against the protected web page, wherein the protected web page comprises a login page to a web site, wherein mitigating the phishing attack against the protected web page comprises submitting tracking credentials to the web page and wherein mitigating the phishing attack against the protected web page further comprises monitoring for an attempt to access the protected web page with the tracking credential.
A damping assembly , comprising a damping section and a shaft sleeve sleeved onto the damping section, wherein the damping section comprises a first damping part and a second damping part that are arranged in an axial direction of the damping section, the shaft sleeve comprises a first shaft sleeve part and a second shaft sleeve part that are arranged in an axial direction of the shaft sleeve, the first shaft sleeve part is sleeved onto the first damping part and the second shaft sleeve part is sleeved onto the second damping part; the damping assembly characterised in that : an interference amount between the first shaft sleeve part and the first damping part is a first interference amount, an interference amount between the second shaft sleeve part and the second damping part is a second interference amount, wherein the first interference amount (A1) is a difference between a diameter (d1) of the first damping part and an inner diameter of the first shaft sleeve part (D1) and the second interference amount (A2) is a difference between a diameter of the second damping part (d2) and an inner diameter (D2) of the second shaft sleeve part; and the second interference amount is less than the first interference amount. an interference amount between the first shaft sleeve part and the first damping part is a first interference amount, an interference amount between the second shaft sleeve part and the second damping part is a second interference amount, wherein the first interference amount (A1) is a difference between a diameter (d1) of the first damping part and an inner diameter of the first shaft sleeve part (D1) and the second interference amount (A2) is a difference between a diameter of the second damping part (d2) and an inner diameter (D2) of the second shaft sleeve part; and the second interference amount is less than the first interference amount.
Method to prepare a backup energy store for operation, said store having at least one energy storage element, wherein the backup energy store is designed to provide electrical backup energy for at least one energy consumer, wherein the energy EL that can be drawn from the backup energy store and/or the peak power Pmax that can be drawn from the backup energy store is determined and operational readiness is established as soon as the energy EL that can be drawn from the backup energy store has reached a definable minimum energy value and/or the peak power Pmax that can be drawn from the backup energy store has reached a definable minimum power value, characterized in that the energy EL that can be drawn from the backup energy store and/or the peak power Pmax that can be drawn from the backup energy store is determined by measuring a discharging process or by means of a charging process, and in that if the determination has the result that the energy EL that can be drawn from the backup energy store has not reached a definable minimum energy value and/or the peak power Pmax that can be drawn from the backup energy store has not reached a definable minimum power value, the backup energy store is first discharged by means of a discharging device in order to use the heat arising during discharging of the backup energy store at its internal resistance Ri for heating the backup energy store, independently of whether the backup energy store has too low a temperature or not.
A method of assembling a composite dressing, the method comprising: providing an assembly station having a plurality of retaining pins; placing a first layer having a plurality of apertures on the assembly station; engaging the plurality of retaining pins with at least some of the apertures to retain the first layer in at least one plane; placing a second layer having a plurality of fluid restrictions on the assembly station, wherein the second layer comprises at least one alignment area ; engaging the at least one alignment area with at least one of the plurality of retaining pins so that at least some of the fluid restrictions are centrally aligned with at least some of the apertures ; and bonding the second layer to the first layer . providing an assembly station having a plurality of retaining pins; placing a first layer having a plurality of apertures on the assembly station; engaging the plurality of retaining pins with at least some of the apertures to retain the first layer in at least one plane; placing a second layer having a plurality of fluid restrictions on the assembly station, wherein the second layer comprises at least one alignment area ; engaging the at least one alignment area with at least one of the plurality of retaining pins so that at least some of the fluid restrictions are centrally aligned with at least some of the apertures ; and bonding the second layer to the first layer .
An antibody comprising (a) a human FcRn-binding domain which has a human FcRn-binding activity at pH 5.8 to pH 6.0 and at pH 7.4, wherein the human FcRn-binding activity at pH 7.0 and at 25°C is stronger than KD 3.2 μM, and wherein the human FcRn-binding domain is an Fc domain resulting from substituting a different amino acid for at least one amino acid in the Fc domain of a human IgG1, IgG2, IgG3 or IgG4; and (b) an antigen-binding domain which has a lower antigen-binding activity at pH 5.8 to pH 6.0 than at pH 7.4 and wherein the ratio of antigen-binding activity at pH 5.8 and at pH 7.4 is 2 or greater, 10 or greater or 40 or greater in the value of KD (at pH 5.8)/KD (at pH 7.4). (a) a human FcRn-binding domain which has a human FcRn-binding activity at pH 5.8 to pH 6.0 and at pH 7.4, wherein the human FcRn-binding activity at pH 7.0 and at 25°C is stronger than KD 3.2 μM, and wherein the human FcRn-binding domain is an Fc domain resulting from substituting a different amino acid for at least one amino acid in the Fc domain of a human IgG1, IgG2, IgG3 or IgG4; and (b) an antigen-binding domain which has a lower antigen-binding activity at pH 5.8 to pH 6.0 than at pH 7.4 and wherein the ratio of antigen-binding activity at pH 5.8 and at pH 7.4 is 2 or greater, 10 or greater or 40 or greater in the value of KD (at pH 5.8)/KD (at pH 7.4).
A cutting head comprising: a cutting portion including a chip flute and at least one of a cutting edge and an insert seat ; and a coupling portion located axially rearward of the cutting portion relative to a cutting end of the cutting head , wherein the cutting portion has a larger maximum diameter than the coupling portion ; a coolant slot , which extends axially in the coupling portion and in the cutting portion , opens at an external radial periphery of at least a portion of the cutting head , and which is a surface feature along its entire length from the coupling portion until it intersects with the chip flute , characterized in that the coupling portion is configured to threadedly couple. a cutting portion including a chip flute and at least one of a cutting edge and an insert seat ; and a coupling portion located axially rearward of the cutting portion relative to a cutting end of the cutting head , wherein the cutting portion has a larger maximum diameter than the coupling portion ; a coolant slot , which extends axially in the coupling portion and in the cutting portion , opens at an external radial periphery of at least a portion of the cutting head , and which is a surface feature along its entire length from the coupling extends axially in the coupling portion and in the cutting portion , opens at an external radial periphery of at least a portion of the cutting head , and which is a surface feature along its entire length from the coupling portion until it intersects with the chip flute , characterized in that
Compression bandage assembly, comprising a first inner bandage as well as a second outer bandage, the second outer bandage being attachable in use over the first inner bandage , wherein the first inner bandage comprises a first section (L1) having a padding layer at least on its side facing the skin of a bearer, and an elastic and cohesively adhering second section (L2) continuous to the first section (L1), and wherein the second outer bandage is made elastic and cohesively adhering, characterized in that the second outer bandage comprises at least two bandage layers (LS, KS) connected to each other which, when separated, have elastic properties different from each other.
A filter element which comprises a filtration media and an end fitting through which a sealing connection is made between the filter element and a housing so that, when the sealing connection is made, the end fitting defines in part a flow path for fluid between the housing and the filter element, in which the end fitting includes: a) an annular seal made from a compressible material which extends around the periphery of the filter element, and b) a support for the annular seal which can be expanded outwardly to cause the transverse dimension of the seal to increase so that the seal is urged into contact with an inner wall of a housing in which the filter element is located, characterised in that the support has a plurality of slits formed in it which facilitate outward expansion of the support, the plurality of slits being arranged around the periphery of the support so that the support comprises a plurality of segments which can flex to allow the transverse dimension of the support to increase. a) an annular seal made from a compressible material which extends around the periphery of the filter element, and b) a support for the annular seal which can be expanded outwardly to cause the transverse dimension of the seal to increase so that the seal is urged into contact with an inner wall of a housing in which the filter element is located,
An industrial truck including: - a frame , - a lifting assembly including a movable lifting element for lifting a load , - at least an electrical motor for the traction of wheels of the industrial truck, and - an axle structure connected to the frame of the truck by means of flanges and constituted by a left portion , a right portion and a housing of the electrical motor, the housing being interposed between the left portion and the right portion , the housing being joined to each of the left portion and the right portion , wherein each of the left portion and the right portion comprises supporting means for supporting the lifting assembly , and the housing of the electrical motor is configured to withstand a bending stress induced in the housing by the weight of the lifting assembly, characterized in that the housing includes an outer surface on which a power electronic module for controlling the electric motor is mounted, wherein a circumferential portion of the housing surrounding the electrical motor around a motor axis includes one or more cooling ducts only in a region between a recess of the housing configured to accommodate the electric motor and the outer surface for cooling the power electronic module during the operation of the industrial truck, and wherein a gap between a stator and a rotor of the electrical motor forms a cooling path for the circulation of cooling liquid to refrigerate the electrical motor. - a frame , - a lifting assembly including a movable lifting element for lifting a load , - at least an electrical motor for the traction of wheels of the industrial truck, and - an axle structure connected to the frame of the truck by means of flanges and constituted by a left portion , a right portion and a housing of the electrical motor, the housing being interposed between the left portion and the right portion , the housing being joined to each of the left portion and the right portion , wherein each of the left portion and the right portion comprises supporting means for supporting the lifting assembly , and the housing of the electrical motor is configured to withstand a bending stress induced in the housing by the weight of the lifting assembly, the housing includes an outer surface on which a power electronic module for controlling the electric motor is mounted, wherein a circumferential portion of the housing surrounding the electrical motor around a motor axis includes one or more cooling ducts only in a region between a recess of the housing configured to accommodate the electric motor and the outer surface for cooling the power electronic module during the operation of the industrial truck, and wherein a gap between a stator and a rotor of the electrical motor forms a cooling path for the circulation of cooling liquid to refrigerate the electrical motor.
A vibration-proofing device comprising: a first mounting member connected to one of a vibration generation unit and a vibration reception unit, and a second mounting member connected to the other thereof; an actuator which dampens and absorbs input vibration by reciprocally moving a movable element in accordance with input vibration; an actuator case which houses the actuator therein and includes a main body portion and a lid body ; and a relay connector which is mounted on the actuator case and electrically connects a connector of the actuator and an external power source, wherein the relay connector includes a terminal which connects the connector of the actuator and the external power supply, and a housing in which the terminal is installed, the actuator case is formed with an insertion hole through which the terminal is inserted, and a mounting cylinder surrounding the insertion hole is provided and protrudes from the actuator case , the housing is airtightly fitted to the inside of the mounting cylinder via a packing , and the lid body has an outer portion located outside the mounting cylinder , and the mounting cylinder protrudes from both front and back surfaces of the outer portion of the lid body to the inside and to the outside of the actuator case . a first mounting member connected to one of a vibration generation unit and a vibration reception unit, and a second mounting member connected to the other thereof; an actuator which dampens and absorbs input vibration by reciprocally moving a movable element in accordance with input vibration; an actuator case which houses the actuator therein and includes a main body portion and a lid body ; and a relay connector which is mounted on the actuator case and electrically connects a connector of the actuator and an external power source, wherein the relay connector includes a terminal which connects the connector of the actuator and the external power supply, and a housing in which the terminal is installed, the actuator case is formed with an insertion hole through which the terminal is inserted, and a mounting cylinder surrounding the insertion hole is provided and protrudes from the actuator case , the housing is airtightly fitted to the inside of the mounting cylinder via a packing , and the lid body has an outer portion located outside the mounting cylinder , and the mounting cylinder protrudes from both front and back surfaces of the outer portion of the lid body to the inside and to the outside of the actuator case .
A kit of parts for a functional toy, comprising: - one or more connector(s) having a first end , a second end , and a radially extending flange placed between the two ends, - one or more foam element(s) with at least one essentially planar surface , said surface comprising at least one prepared opening extending perpendicular to the planar surface for receiving at least the first end of the connector, wherein the connector flange is configured as a stopper for the insertion of the first end into the foam element opening, and wherein the kit of parts are configured such that when the first end is inserted into the foam element opening to the stopper position, and a further suitable amount of force is applied to the connector in the direction of the connector insertion, the flange of the connector is countersunk into the surface of the foam element, and remains countersunk after the further force is removed due to the frictional force between the connector and the opening. - one or more connector(s) having a first end , a second end , and a radially extending flange placed between the two ends, - one or more foam element(s) with at least one essentially planar surface , said surface comprising at least one prepared opening extending perpendicular to the planar surface for receiving at least the first end of the connector, wherein the connector flange is configured as a stopper for the insertion of the first end into the foam element opening, and