mhurhangee/patent-ind-claim-en huggingface dataset:
A curable composition, comprising: a polymerization initiator; a polymerizable compound; and an internal addition type release agent comprising a compound represented by the following general formula (A): R-(OR') n -X (A) in the formula (A), R represents an alkyl group having 5 to 30 carbon atoms, (OR') n represents a polyoxyethylene group or a mixture of a polyoxyethylene group and a polyoxypropylene group, X represents a hydroxyl group, and n represents an integer of from 3 to 30, wherein the curable composition satisfies the following general formula : − 5 % ≤ γ 1 − γ 2 / γ 1 ≤ 5 % in the formula , γ 1 represents a surface tension of the curable composition at 25°C, and γ 2 represents a surface tension of a curable composition for evaluation at 25°C, the curable composition for evaluation having the same composition as that of the curable composition except that the curable composition for evaluation is free of the internal addition type release agent, the surface tension being measured by a plate method using a platinum plate as described in the description. a polymerization initiator; a polymerizable compound; and an internal addition type release agent comprising a compound represented by the following general formula (A): R-(OR') n -X (A) in the formula (A), R represents an alkyl group having 5 to 30 carbon atoms, (OR') n represents a polyoxyethylene group or a mixture of a polyoxyethylene group and a polyoxypropylene group, X represents a hydroxyl group, and n represents an integer of from 3 to 30, wherein the curable composition satisfies the following general formula : − 5 % ≤ γ 1 − γ 2 / γ 1 ≤ 5 % in the formula , γ 1 represents a surface tension of the curable composition at 25°C, and γ 2 represents a surface tension of a curable composition for evaluation at 25°C, the curable composition for evaluation having the same composition as that of the curable composition except that the curable composition for evaluation is free of the internal addition type release agent, the surface tension being measured by a plate method using a platinum plate as described in the description.
: A method of servicing a brake system, comprising: (a) moving an actuator of the brake system from a first position to a second position; (b) conducting a manual operation on the brake system when or after the actuator reaches the second position; and (c) after completing the manual operation, moving the actuator to a third position; characterized in that the second position is a position of the actuator located between the first position and the third position. (a) moving an actuator of the brake system from a first position to a second position; (b) conducting a manual operation on the brake system when or after the actuator reaches the second position; and (c) after completing the manual operation, moving the actuator to a third position;
A method for manufacturing a deflection member suitable for the production of fibrous webs, the method comprising the steps of: a. incorporating a monomer; b. incorporating a photoinitiator system; c. incorporating a photoinhibitor; d. incorporating a reinforcing member; e. combining the monomer, photoinitiator system, and photoinhibitor to form a photopolymer resin; f. contacting the reinforcing member with the photopolymer resin; g. exposing the photopolymer resin to a first wavelength; h. exposing the photopolymer resin to a second wavelength; and i. polymerizing the monomer to form a protuberance extending from the reinforcing member. a. incorporating a monomer; b. incorporating a photoinitiator system; c. incorporating a photoinhibitor; d. incorporating a reinforcing member; e. combining the monomer, photoinitiator system, and photoinhibitor to form a photopolymer resin; f. contacting the reinforcing member with the photopolymer resin; g. exposing the photopolymer resin to a first wavelength; h. exposing the photopolymer resin to a second wavelength; and i. polymerizing the monomer to form a protuberance extending from the reinforcing member.
Elevator system (10; 40; 60) having a plurality of elevator cars , which elevator cars comprise several first cars and at least one second car , which second car differs from the first cars in its size and/or technical configuration, whereby the first cars and the second car run together within one and the same elevator shaft , which elevator system comprises an elevator control comprising a call allocation control having a first part connected to at least one call input device for allocating the first elevator cars and a second part connected to at least one call issuing means for the call allocation of the second car , whereby the first and second part of the call allocation control are configured to work independently of each other, characterized in that the second car is parked in a park position (30, 32; 50; 74) when no call is issued by the call issuing means.
An offender monitoring system comprising an electronic tag and a monitoring unit , the electronic tag comprising: a tether configured to secure the electronic tag to an offender ; and a communication device configured to communicate with the monitoring unit ; the monitoring unit comprising: a communication device configured to communicate with the electronic tag ; and the system further comprising: a processor characterised in that the processor is configured to analyse a communication between the electronic tag and the monitoring unit to determine a communication property and determine, based on the communication property, whether the communication between the electronic tag and the monitoring unit has been relayed via an intermediary device. a tether configured to secure the electronic tag to an offender ; and a communication device configured to communicate with the monitoring unit ;
A gas turbine engine component, comprising: a body defining a cooling airflow passage thereat configured for directing a cooling airflow therethrough; and a plurality of turbulators disposed at at least one passage wall of the cooling airflow channel , each turbulator of the plurality of turbulators including a plurality of facets extending outwardly from a central portion ; characterized in that each turbulator is symmetrical about a turbulator central axis and is formed by a wall having an outer surface and an inner surface which is spaced from the turbulator central axis , wherein the plurality of facets are formed on the outer surface and are equally spaced about the turbulator central axis , and wherein adjacent facets of the plurality of facets are arranged such that a recessed portion is disposed therebetween. a body defining a cooling airflow passage thereat configured for directing a cooling airflow therethrough; and a plurality of turbulators disposed at at least one passage wall of the cooling airflow channel , each turbulator of the plurality of turbulators including a plurality of facets extending outwardly from a central portion ; characterized in that each turbulator is symmetrical about a turbulator central axis and is formed by a wall having an outer surface and an inner surface which is spaced from the turbulator central axis , wherein the plurality of facets are formed on the outer surface and are equally spaced about the turbulator central axis , and wherein adjacent facets of the plurality of facets are arranged such that a recessed portion is disposed therebetween.
An external chemical dosing system arranged to be located external to an appliance having a water inlet, the system comprising: a meter arranged to be located external to the appliance for determining the volume of water supplied, or the rate at which water is being supplied, to the appliance via the water inlet; a pump or valve arranged to be located external to the appliance for dispensing a volume of chemical to the appliance ; and a control unit arranged to be located external to the appliance , the control unit being arranged to receive a signal from the meter and to determine from said signal the stage in a cycle the appliance is at and to control the pump or valve in dependence thereon, and to cause the pump or valve to dispense a chemical to the appliance appropriate for the stage of the cycle the appliance is at, characterised in that the control unit is arranged to control the quantity of chemical dispensed, in dependence on the volume of water supplied via the water inlet to the appliance at that stage of the cycle, and in that the control unit is arranged to determine the stage of a cycle an appliance is at from the volume of water drawn through the meter during one continuous intake of water, or within a predetermined period. a meter arranged to be located external to the appliance for determining the volume of water supplied, or the rate at which water is being supplied, to the appliance via the water inlet; a pump or valve arranged to be located external to the appliance for dispensing a volume of chemical to the appliance ; and a control unit arranged to be located external to the appliance , the control unit being arranged to receive a signal from the meter and to determine from said signal the stage in a cycle the appliance is at and to control the pump or valve in dependence thereon, and to cause the pump or valve to dispense a chemical to the appliance appropriate for the stage of the cycle the appliance is at, characterised in that the control unit is arranged to control the quantity of chemical dispensed, in dependence on the volume of water supplied via the water inlet to the appliance at that stage of the cycle, and in that the control unit is arranged to determine the stage of a cycle an appliance is at from the volume of water drawn through the meter during one continuous intake of water, or within a predetermined period.
Energy absorbing member for a load carrying, load pulling, load pushing or load stopping assembly or the like, wherein said energy absorbing member includes first and second attachment devices and a shaped body member extending in a longitudinal direction (C) between said first and second attachment devices , which shaped body member when applied to a force above a first force level (F1) is arranged to enable a predetermined relative elongation (ΔL) between said first and second attachment devices parallelly with said longitudinal direction (C) upon simultaneous absorption of energy reducing the risk of hazard in connection with sudden deceleration, wherein said absorbing member includes a stabilizing control arrangement that extends along said shaped body member arranged to stabilize said shaped body member in relation to forces not exceeding a first force level (F1) hindering relative movement between said attachment devices in at least said longitudinal direction (C), and wherein said stabilizing control arrangement includes at least one longitudinally extending rib ,said longitudinally extending rib extending along a centre line (C) between a neighbouring pair of rows of body members (35', 35"), whereby there is a longitudinally extending row of longitudinal ribs extending the whole distance between said attachment parts characterized in that there is arranged a plurality of pairs of transversal ribs , connecting in between the longitudinal ribs and two neighbouring rows (35', 35") of said shaped body member , wherein each transversal rib and each longitudinal rib extend from a hub part that is positioned along said centre line (C), and wherein there is arranged a plurality of hub parts positioned along said centre line (C).
A measuring probe comprising an electrode and a protection device against a measuring medium, wherein - a shrink tube , as the protection device, is shrink-fitted in a surrounding manner onto the electrode , - a shielding pipe is disposed between the electrode and a sensor head disposed at a rear side of the electrode , and wherein - the shrink tube , at the rear side of the electrode , is shrink-fitted up to over at least a part of the shielding pipe , characterized in that - the shrink tube is made from a water-repellent material with a hydrophobic character or includes such a material, and - the shrink tube is formed from a plastic, so that its external surface has a lower frictional value than the surface of the components surrounded by it, wherein the electrode with the shrink tube , or the electrode and a part of the components, which are disposed on the rear side of the electrode and onto which the shrink tube is shrink-fitted in an at least partially surrounding manner, are surrounded by a tube as a surrounding external protection device. - a shrink tube , as the protection device, is shrink-fitted in a surrounding manner onto the electrode , - a shielding pipe is disposed between the electrode and a sensor head disposed at a rear side of the electrode , and wherein - the shrink tube , at the rear side of the electrode , is shrink-fitted up to over at least a part of the shielding pipe , characterized in that - the shrink tube is made from a water-repellent material with a hydrophobic character or includes such a material, and - the shrink tube is formed from a plastic, so that its external surface has a lower frictional value than the surface of the components surrounded by it, wherein the electrode with the shrink tube , or the electrode and a part of the components, which are disposed on the rear side of the electrode and onto which the shrink tube is shrink-fitted in an at least partially surrounding manner, are surrounded by a tube as a surrounding external protection device.
A wireless local area network WLAN access method performed by a terminal, comprising: sending a request for querying an available wireless access point to a server, to query information about the available wireless access point; receiving wireless access point information returned by the server; determining a specific wireless access point from the received wireless access point information; and acquiring authentication information of the specific wireless access point from the server, wherein the authentication information is used to connect the terminal to the specific wireless access point corresponding to the authentication information; characterized in that when the terminal detects that a geographical location in which the terminal is located changes, the terminal sends, to the server, the request for querying the available wireless access point, wherein the request for querying the available wireless access point carries at least one of the following parameters: an area identifier, a charge rate identifier, a traffic identifier, and a duration identifier, the request for querying the available wireless access point is used to instruct the server to find a matched wireless access point according to the parameter carried in the request for querying the available wireless access point. sending a request for querying an available wireless access point to a server, to query information about the available wireless access point; receiving wireless access point information returned by the server; determining a specific wireless access point from the received wireless access point information; and acquiring authentication information of the specific wireless access point from the server, wherein the authentication information is used to connect the terminal to the specific wireless access point corresponding to the authentication information; characterized in that when the terminal detects that a geographical location in which the terminal is located changes, the terminal sends, to the server, the request for querying the available wireless access point, wherein the request for querying the available wireless access point carries at least one of the following parameters: an area identifier, a charge rate identifier, a traffic identifier, and a duration identifier, the request for querying the available wireless access point is used to instruct the server to find a matched wireless access point according to the parameter carried in the request for querying the available wireless access point.
A filtering device for the air taken in by an internal combustion heat engine of a car ; the filtering device comprises: an air-box , which comprises, on the inside, one single cavity having two opposite inlet openings towards the outside and one single outlet opening towards the internal combustion heat engine ; and two filters , which are arranged inside the cavity between the inlet opening and the outlet opening and divide the cavity into one single outlet chamber, which is arranged downstream of the filters and communicates with the internal combustion heat engine through the outlet opening , and into two inlet chambers, which face opposite sides of the outlet chamber, are arranged upstream of the respective filters and communicate with the outside through the respective inlet openings ; the filtering device is characterized in that: each filter has a curved and open profile having a concavity oriented toward the outlet opening ; and the single outlet chamber has the shape of a "Greek theatre", wherein in the area of the "stage", which is arranged at the centre, there is the outlet opening , whereas in the area of the "stands" there are the two filters beside one another. an air-box , which comprises, on the inside, one single cavity having two opposite inlet openings towards the outside and one single outlet opening towards the internal combustion heat engine ; and two filters , which are arranged inside the cavity between the inlet opening and the outlet opening and divide the cavity into one single outlet chamber, which is arranged downstream of the filters and communicates with the internal combustion heat engine through the outlet opening , and into two inlet chambers, which face opposite sides of the outlet chamber, are arranged upstream of the respective filters and communicate with the outside through the respective inlet openings ; the filtering device is characterized in that: each filter has a curved and open profile having a concavity oriented toward the outlet opening ; and the single outlet chamber has the shape of a "Greek theatre", wherein in the area of the "stage", which is arranged at the centre, there is the outlet opening , whereas in the area of the "stands" there are the two filters beside one another. each filter has a curved and open profile having a concavity oriented toward the outlet opening ; and the single outlet chamber has the shape of a "Greek theatre", wherein in the area of the "stage", which is arranged at the centre, there is the outlet opening , whereas in the area of the "stands" there are the two filters beside one another.
A steerable carriage for moving a wheeled object , comprising at least one engagement device configured to engage with and elevate a wheel of the wheeled object off the ground such that the wheeled object can be moved upon displacement of the carriage by transmitting a propulsion force from the carriage to the wheeled object via the at least one engagement device , wherein the at least one engagement device is provided on a chassis of the carriage and comprises: - a support device , - an actuating device which is movable with respect to the support device such as to cause the wheel to roll forward onto the support device and be held by the support device and the actuating device , and characterised in that the support device comprises: - a stopping member movable between a folded position and a stopping position in which it is configured to stop forward motion of the wheel , and - an activation member located between the stopping member and the actuating device , which activation member is configured to cause the stopping member to move from the folded position to the stopping position when the wheel is rolled onto the support device , wherein the activation member and the stopping member are mechanically linked so as to transfer a force applied by the wheel on the activation member to the stopping member , the stopping member is pivotably supported on the chassis and wherein the support device comprises at least one lever which is pivotably supported on the chassis between the activation member and the stopping member , and which is adapted to transfer the force applied on the activation member to the stopping member . - a support device , - an actuating device which is movable with respect to the support device such as to cause the wheel to roll forward onto the support device and be held by the support device and the actuating device , and - a stopping member movable between a folded position and a stopping position in which it is configured to stop forward motion of the wheel , and - an activation member located between the stopping member and the actuating device , which activation member is configured to cause the stopping member to move from the folded position to the stopping position when the wheel is rolled onto the support device ,
A magnetic tunnel junction, MTJ, device , comprising: a spin-orbit torque, SOT, layer for providing therethrough at least a write current of said MTJ device; a hard-mask layer used to define a shape of the SOT layer; a magnetic tunnel-junction, MTJ, arranged between the SOT layer and the hard-mask layer used to define the shape of the SOT layer, including a magnetic reference layer , a magnetic free layer , and a non-magnetic barrier layer separating the magnetic reference layer and the magnetic free layer; at least two electrical accesses arranged to contact the SOT layer to inject/extract the write current, a ferromagnetic element configured to induce a magnetic field in the magnetic free layer in a direction of the write current through the SOT layer, said ferromagnetic element being at least one of: a ferromagnetic sublayer of the hard-mask layer used to define the shape of the SOT layer, and a material of at least one of the at least two electrical accesses; and the MTJ device further comprising a further hard-mask layer used to define a shape of the MTJ and arranged between the MTJ and the hard-mask layer used to define a shape of the SOT layer. a spin-orbit torque, SOT, layer for providing therethrough at least a write current of said MTJ device; a hard-mask layer used to define a shape of the SOT layer; a magnetic tunnel-junction, MTJ, arranged between the SOT layer and the hard-mask layer used to define the shape of the SOT layer, including a magnetic reference layer , a magnetic free layer , and a non-magnetic barrier layer separating the magnetic reference layer and the magnetic free layer; at least two electrical accesses arranged to contact the SOT layer to inject/extract the write current, a ferromagnetic element configured to induce a magnetic field in the magnetic free layer in a direction of the write current through the SOT layer, said ferromagnetic element being at least one of: a ferromagnetic sublayer of the hard-mask layer used to define the shape of the SOT layer, and a material of at least one of the at least two electrical accesses; and a ferromagnetic sublayer of the hard-mask layer used to define the shape of the SOT layer, and a material of at least one of the at least two electrical accesses; and the MTJ device further comprising a further hard-mask layer used to define a shape of the MTJ and arranged between the MTJ and the hard-mask layer used to define a shape of the SOT layer.