mhurhangee/ep-ind-claims huggingface dataset:
A method for providing clients with image transfomations when using a hybrid distribution architecture comprising at least a cloud service hosting an original image and a content distribution network, CDN,, wherein the clients can choose between the cloud service and the CDN to retrieve images, the method comprising: receiving, at the cloud service, a request from a client device for a transformed image based on the original image; determining whether the cloud service stores the transformed image; in response to determining that the cloud service does not store the transformed image: transmitting the original image to an image transformation service; and receiving, at the cloud service from the image transformation service, the transformed image based on the original image according to the request; transmitting the transformed image from the cloud service to the client device; determining, at the cloud service, that the original image is also present in a location associated as a source for the CDN; and copying the transformed image to that location so that the transformed image is cached by the CDN. receiving, at the cloud service, a request from a client device for a transformed image based on the original image; determining whether the cloud service stores the transformed image; in response to determining that the cloud service does not store the transformed image: transmitting the original image to an image transformation service; and receiving, at the cloud service from the image transformation service, the transformed image based on the original image according to the request; transmitting the original image to an image transformation service; and receiving, at the cloud service from the image transformation service, the transformed image based on the original image according to the request; transmitting the transformed image from the cloud service to the client device; determining, at the cloud service, that the original image is also present in a location associated as a source for the CDN; and copying the transformed image to that location so that the transformed image is cached by the CDN.
Insulation strips, especially for the insulation between a layer of screed and a wall, enclosing one layer of insulation, whereby a connected, throughout streaky stabilising element made of a flexibly deformable material is still planned in order to guarantee a predefined form, characterised by the fact that the width of the stabilising element is 15 - 75 % of the width of the layer of insulation.
An information processing server comprising: a control unit configured to control an information processing apparatus such that the information processing apparatus cannot use a function provided by firmware, in response to acquiring, from the information processing apparatus, a first report indicating that the firmware is installed in the information processing apparatus, and control the information processing apparatus such that the information processing apparatus can use the function, in response to acquiring, from the information processing apparatus, a second report indicating that an application configured to use the function is installed in the information processing apparatus. control an information processing apparatus such that the information processing apparatus cannot use a function provided by firmware, in response to acquiring, from the information processing apparatus, a first report indicating that the firmware is installed in the information processing apparatus, and control the information processing apparatus such that the information processing apparatus can use the function, in response to acquiring, from the information processing apparatus, a second report indicating that an application configured to use the function is installed in the information processing apparatus.
A comfort layer configured for a bedding or seating product, said comfort layer comprising: a matrix of mini coil springs; a first ply of fabric on a top side of the matrix of mini coil springs; a second ply of fabric on a bottom side of the matrix of mini coil springs, the first and second plies of fabric (64, 66) being joined with rectangular weld seams comprising spaced linear weld segments with gaps therebetween around each of the mini coil springs to create individual pockets which contain the mini coil springs, characterized in that each of the plies of fabric (64, 66) comprising two or three layers including from the inside moving outwardly: an optional protective layer, an airtight layer and a sound attenuating layer, and being impermeable to airflow, wherein when at least some of the mini coil springs in at least some of the pockets are subjected to a load air moves between the pockets through the gaps between the linear weld segment of the rectangular weld seams and exits perimeter pockets into the atmosphere, the rate of compression of the mini coil springs being slowed by the size of the gaps between the linear weld segments of the rectangular weld seams, and when the load is removed, a rate of return of the comfort layer to its original height depends upon the mini coil springs in the at least some pockets returning to their original height, causing separation of the layers of fabric (64, 66) and drawing air into the pockets through the gaps between the linear weld segments of the rectangular weld seams. a matrix of mini coil springs; a first ply of fabric on a top side of the matrix of mini coil springs; a second ply of fabric on a bottom side of the matrix of mini coil springs, the first and second plies of fabric (64, 66) being joined with rectangular weld seams comprising spaced linear weld segments with gaps therebetween around each of the mini coil springs to create individual pockets which contain the mini coil springs, characterized in that each of the plies of fabric (64, 66) comprising two or three layers including from the inside moving outwardly: an optional protective layer, an airtight layer and a sound attenuating layer, and being impermeable to airflow, wherein when at least some of the mini coil springs in at least some of the pockets are subjected to a load air moves between the pockets through the gaps between the linear weld segment of the rectangular weld seams and exits perimeter pockets into the atmosphere, the rate of compression of the mini coil springs being slowed by the size of the gaps between the linear weld segments of the rectangular weld seams, and when the load is removed, a rate of return of the comfort layer to its original height depends upon the mini coil springs in the at least some pockets returning to their original height, causing separation of the layers of fabric (64, 66) and drawing air into the pockets through the gaps between the linear weld segments of the rectangular weld seams.
An apparatus for generating an output signal having a predetermined duty cycle, the apparatus comprising: means (120.1) for counting a first number of cycles of a signal derived from an oscillator signal, and for generating a transition in a first output signal (120.1a) after the first number of cycles is counted; means (120.2) for counting a second number of cycles of the oscillator signal greater than the first number, and for generating a transition in a second output signal (120.2a) after the second number of cycles is counted; means for resetting the counting the first and second numbers upon the transition in the second output signal (120.2a); means for generating a transition in the output signal from a first state to a second state upon the transition in the first output signal (120.1a), and for generating a transition in the output signal from the second state to the first state upon the transition in the second output signal (120.2a); means for selecting the signal derived from the oscillator signal as either the oscillator signal or the inverse of the oscillator signal based on whether the second number is even or odd. means (120.1) for counting a first number of cycles of a signal derived from an oscillator signal, and for generating a transition in a first output signal (120.1a) after the first number of cycles is counted; means (120.2) for counting a second number of cycles of the oscillator signal greater than the first number, and for generating a transition in a second output signal (120.2a) after the second number of cycles is counted; means for resetting the counting the first and second numbers upon the transition in the second output signal (120.2a); means for generating a transition in the output signal from a first state to a second state upon the transition in the first output signal (120.1a), and for generating a transition in the output signal from the second state to the first state upon the transition in the second output signal (120.2a); means for selecting the signal derived from the oscillator signal as either the oscillator signal or the inverse of the oscillator signal based on whether the second number is even or odd.
A messaging system comprising: a messaging server configured to receive a plurality of messages, to identify one or more messages as being directed to a first computing device, to batch the one or more messages for the first computing device and to assign a priority level to each of the one or more messages for the first computing device; a storage medium comprising a plurality of predetermined conditions for determining when to transmit the one or more messages to the first computing device, wherein a first predetermined condition is met when at least one message at the messaging server is directed toward the first computing device and is assigned high priority, and wherein one or more rules for assigning a priority level to the one or more messages are based on past usage of applications at the first computing device, wherein the messaging server is configured to repeatedly evaluate the predetermined conditions and to hold the one or more messages until at least one of the predetermined conditions is met; and a communication interface configured to transmit the one or more held messages to the first computing device when at least one of the predetermined conditions is met. a messaging server configured to receive a plurality of messages, to identify one or more messages as being directed to a first computing device, to batch the one or more messages for the first computing device and to assign a priority level to each of the one or more messages for the first computing device; a storage medium comprising a plurality of predetermined conditions for determining when to transmit the one or more messages to the first computing device, wherein a first predetermined condition is met when at least one message at the messaging server is directed toward the first computing device and is assigned high priority, and wherein one or more rules for assigning a priority level to the one or more messages are based on past usage of applications at the first computing device, wherein the messaging server is configured to repeatedly evaluate the predetermined conditions and to hold the one or more messages until at least one of the predetermined conditions is met; and a communication interface configured to transmit the one or more held messages to the first computing device when at least one of the predetermined conditions is met.
A mobile terminal comprising: a display module comprising a front surface and a rear surface and configured to display an object; a user input unit configured to receive a touch input applied to the object via one of the front and rear surface (135, 151) for selecting the object; and characterized in that the mobile terminal further comprises a controller configured to: - detect a surface where the object is touched by the touch input among the front and rear surfaces;- execute a first operation associated with the object if the object is touched on the front surface, and - execute a second operation different from the first operation associated with the object if the object is touched on the rear surface. a display module comprising a front surface and a rear surface and configured to display an object; a user input unit configured to receive a touch input applied to the object via one of the front and rear surface (135, 151) for selecting the object; and characterized in that the mobile terminal further comprises a controller configured to: - detect a surface where the object is touched by the touch input among the front and rear surfaces;- execute a first operation associated with the object if the object is touched on the front surface, and - execute a second operation different from the first operation associated with the object if the object is touched on the rear surface. - detect a surface where the object is touched by the touch input among the front and rear surfaces;- execute a first operation associated with the object if the object is touched on the front surface, and - execute a second operation different from the first operation associated with the object if the object is touched on the rear surface.
A method for recycling CO 2 from CO 2 containing inputs to produce hydrocarbon products, the method including the steps of: (i) capturing CO 2 from at least one CO 2 containing input; (ii) producing a CO 2 feed stream from the captured CO 2; (iii) reacting the CO 2 feed stream with a H 2 feed stream to produce a methane containing output; (iv) separating the methane containing output so as to at least provide methane and a first waste output; (v) processing methane from the methane containing output to produce acetylene containing output; and, (vi) separating the acetylene containing output so as to at least provide acetylene and a second waste output; wherein the first waste output is incinerated or gasified to provide one of the at least one CO 2 containing inputs for step (i). (i) capturing CO 2 from at least one CO 2 containing input; (ii) producing a CO 2 feed stream from the captured CO 2; (iii) reacting the CO 2 feed stream with a H 2 feed stream to produce a methane containing output; (iv) separating the methane containing output so as to at least provide methane and a first waste output; (v) processing methane from the methane containing output to produce acetylene containing output; and, (vi) separating the acetylene containing output so as to at least provide acetylene and a second waste output;
A composition for use in a method of promoting corneal wound healing in a patient, wherein the composition comprises: an aqueous solution of 0.45% w/v ketorolac tromethamine; and carboxymethyl cellulose; wherein the composition contains no preservative. an aqueous solution of 0.45% w/v ketorolac tromethamine; and carboxymethyl cellulose; wherein the composition contains no preservative.
A pulse generation device comprising: a substrate; a spin injector provided over the substrate and made of a ferromagnetic body; a spin rotor provided over the substrate, made of a ferromagnetic body, and having magnetic anisotropy in which a direction of a first axis becomes an easy axis of magnetization; a channel portion made of a nonmagnetic body, and joined with the spin injector and the spin rotor directly or via an insulating layer; and characterized by a generating portion configured to detect a physical quantity or a physical property value that varies according to a direction of a magnetic moment of the spin rotor when the magnetic moment of the spin rotor is reversed from one side of the first axis to the other side of the first axis, and configured to generate a pulse based on the physical quantity or property value that corresponds to a state in which the magnetic moment of the spin rotor faces a direction along a second axis orthogonal to the first axis. a substrate; a spin injector provided over the substrate and made of a ferromagnetic body; a spin rotor provided over the substrate, made of a ferromagnetic body, and having magnetic anisotropy in which a direction of a first axis becomes an easy axis of magnetization; a channel portion made of a nonmagnetic body, and joined with the spin injector and the spin rotor directly or via an insulating layer; and characterized by a generating portion configured to detect a physical quantity or a physical property value that varies according to a direction of a magnetic moment of the spin rotor when the magnetic moment of the spin rotor is reversed from one side of the first axis to the other side of the first axis, and configured to generate a pulse based on the physical quantity or property value that corresponds to a state in which the magnetic moment of the spin rotor faces a direction along a second axis orthogonal to the first axis.
A method for adjusting air pressure of a spray gun, comprising: a step of establishing chambers: establishing a first chamber and a second chamber at a rear end of a trigger valve and above a main path in a grip of the spray gun, the first chamber communicating with the second chamber; a step of establishing an air adjustment valve: installing a movable part and a spring to a first end of a tube, and installing an adjustment member to a second end of the tube to form the air adjustment valve, the tube having a radial hole defined radially through the tube; a step of installing the air adjustment valve: installing the air adjustment valve in the first chamber, aligning the radial hole of the tube with an opening of the main path in the grip, and a step of establishing marks on the adjustment member: respectively forming a threaded section and a knob to two ends of the adjustment member, forming a groove to an outer periphery of the adjustment member and located between the two ends of the adjustment member, forming the marks to the knob, wherein the marks represent the inner air pressure within the first and second chambers and correspond to a displacement length "d" allowed for the movable part and the spring when pushed by the air pressure of the second chamber. a step of establishing chambers: establishing a first chamber and a second chamber at a rear end of a trigger valve and above a main path in a grip of the spray gun, the first chamber communicating with the second chamber; a step of establishing an air adjustment valve: installing a movable part and a spring to a first end of a tube, and installing an adjustment member to a second end of the tube to form the air adjustment valve, the tube having a radial hole defined radially through the tube; a step of installing the air adjustment valve: installing the air adjustment valve in the first chamber, aligning the radial hole of the tube with an opening of the main path in the grip, and a step of establishing marks on the adjustment member: respectively forming a threaded section and a knob to two ends of the adjustment member, forming a groove to an outer periphery of the adjustment member and located between the two ends of the adjustment member, forming the marks to the knob, wherein the marks represent the inner air pressure within the first and second chambers and correspond to a displacement length "d" allowed for the movable part and the spring when pushed by the air pressure of the second chamber.
A polymeric composition suitable for making moulded objects that resists to chemicals, said composition comprises a (meth)acrylic copolymer comprising monomers of methyl methacrylate and methacrylic acid, characterized in that the ratio of the monomeric units coming from methacrylic acid in said (meth)acrylic copolymer is between 6.5wt% and 14wt%, wherein a weight average molecular weight Mw of the (meth)acrylic copolymer is between 60 000 g/mol and 100 000 g/mol, wherein the weight average molecular weight Mw is determined as described in the specification. the ratio of the monomeric units coming from methacrylic acid in said (meth)acrylic copolymer is between 6.5wt% and 14wt%, wherein a weight average molecular weight Mw of the (meth)acrylic copolymer is between 60 000 g/mol and 100 000 g/mol, wherein the weight average molecular weight Mw is determined as described in the specification.
A converter for converting an input voltage (V in) between a first supply terminal and a second supply terminal to an output voltage (Uo) applied to a load (Z L), which converter includes switching means (So) which, in the operating state, are alternately switched on and off under control of a switching control signal (Vcntrl), at a switching frequency (f) varying with the power taken up by the load, an inductive element (Lp) which forms a series circuit in conjunction with the switching means (So), which series circuit is coupled between the first supply terminal and the second supply terminal, a control circuit (CNTRL) for supplying the switching control signal (Vcntrl), and evaluation means (EVMNS) for evaluating a voltage (Us) across the switching means (So), said voltage (Us) exhibiting oscillating behavious triggered by the switching means being turned off, the control circuit including a frequency control circuit for controlling the switching frequency of the switching control signal (Vcntrl) in such a manner that the switching frequency varies within a frequency window which is determined by a lower limit frequency (F L) and an upper limit frequency (F H), the evaluation means (EVMNS) being adapted to supply the control circuit (CNTRL) with information (EV sgnl, EV fsgnl) so as to allow the control circuit to switch on the switching means only during a given local valley (VL 1, VL 2, VL 3) of the volage (Us as long as the switching frequency remains within said frequency window, wherein when the switching frequency rbecomes equal to the lower limit frequency or to the upper limit frequency, the frequency control circuit adapts the switching frequency in such a manner that it again varies within a further frequency window which is determined by a further lower limit frequency (F L) and a further upper limit frequency (F H) and the information allow the control circuit to switch on the switching means only during another given local valley other than said given local valley of the voltage across the switching means, wherein the frequency window and the further frequency window are each associated with a respective power window of the power taken up by said load, and the power windows partly overlap.
A rack (130, 230) for an energy storage system, the rack being for accommodating at least one tray, each tray comprising at least one battery; wherein the rack (130, 230) comprises at least one shelf unit, each shelf unit being arranged to receive a said tray, each shelf unit comprising: a tray supporting unit capable of being inserted and removed from the rack (130, 230), the tray supporting unit comprising a first plate for supporting the said tray, at least one tray fixing unit (138, 238) arranged to constrain movement of the said tray in a direction normal to the first plate; wherein the rack (130, 230) includes a side frame, wherein the at least one tray fixing unit (138, 238) inwardly protrudes from a portion of the side frame. a tray supporting unit capable of being inserted and removed from the rack (130, 230), the tray supporting unit comprising a first plate for supporting the said tray, at least one tray fixing unit (138, 238) arranged to constrain movement of the said tray in a direction normal to the first plate;