mhurhangee/ep-ind-claims huggingface dataset:
A method of providing web service to a mobile device, the method comprising: receiving a request from the mobile device for first web content; fetching (204, 205) the first web content; determining second web content to pre-fetch based upon the first web content and also based on web browsing usage patterns, wherein the determining of the second web content to pre-fetch is performed at a network proxy that mediates web request and response messages between the mobile device and a web server (301, 302); fetching the second web content; and responsive to the request for the first web content, causing the second web content to be stored at the network proxy and then some types of data relating to the second web content to be pushed to a content cache on the mobile device, while other types of data remain stored at the network proxy. receiving a request from the mobile device for first web content; fetching (204, 205) the first web content; determining second web content to pre-fetch based upon the first web content and also based on web browsing usage patterns, wherein the determining of the second web content to pre-fetch is performed at a network proxy that mediates web request and response messages between the mobile device and a web server (301, 302); fetching the second web content; and responsive to the request for the first web content, causing the second web content to be stored at the network proxy and then some types of data relating to the second web content to be pushed to a content cache on the mobile device, while other types of data remain stored at the network proxy.
A table top comprising: an upper plate, which is a plate-shaped non-magnetic member, and a cover positioned on an upper portion of the upper plate and covering at least the upper portion of the upper plate, wherein the cover supports an electronic or cooking device placed thereon; an energy supply module, which is disposed under the upper plate so as to supply energy to the electronic or cooking device; at least one light source configured to generate light; at least one light-transmissive portion, which is provided in the upper plate and through which the light generated by the light source is transmitted; and at least one light guide configured to guide the light, generated by the light source, to the light-transmissive portion, wherein the at least one light guide allows a portion of the light, generated by the light source, to be emitted upward from the upper plate through the light-transmissive portion, characterized in that the light-transmissive portion includes a plurality of light-transmissive holes (121, 221), which are formed by perforating the upper plate upward from below, wherein one of the plurality of light-transmissive holes is provided with a coupling member connected to the energy supply module (130, 230). an upper plate, which is a plate-shaped non-magnetic member, and a cover positioned on an upper portion of the upper plate and covering at least the upper portion of the upper plate, wherein the cover supports an electronic or cooking device placed thereon; an energy supply module, which is disposed under the upper plate so as to supply energy to the electronic or cooking device; at least one light source configured to generate light; at least one light-transmissive portion, which is provided in the upper plate and through which the light generated by the light source is transmitted; and at least one light guide configured to guide the light, generated by the light source, to the light-transmissive portion, wherein the at least one light guide allows a portion of the light, generated by the light source, to be emitted upward from the upper plate through the light-transmissive portion, characterized in that the light-transmissive portion includes a plurality of light-transmissive holes (121, 221), which are formed by perforating the upper plate upward from below, wherein one of the plurality of light-transmissive holes is provided with a coupling member connected to the energy supply module (130, 230).
A method for fabricating an epitaxial structure, comprising: providing a substrate (102,202,302,402) and a heterojunction stack over a first side (105,205,305,405) of the substrate, the heterojunction stack comprising an undoped gallium nitride, GaN, layer over the first side of the substrate and a doped aluminum gallium nitride, AlGaN, layer on the undoped GaN layer; forming a GaN light emitting diode stack over a second side (125,209,309,406) of the substrate, the GaN light emitting diode stack comprising an n-type GaN layer over the second side of the substrate, a GaN/indium gallium nitride, InGaN, multiple quantum well, MQW, structure over the n-type GaN layer, a p-type AlGaN layer over the n-type GaN/InGaN MQW structure, and a p-type GaN layer over the p-type AlGaN layer, and further processing the heterojunction stack to form one or more devices electrically coupled to the light emitting diode stack, to form a driver circuit, the one or more devices including one or more of an AlGaN/GaN heterojunction field effect transistor, HFET, and an AlGaN/GaN Schottky diode. providing a substrate (102,202,302,402) and a heterojunction stack over a first side (105,205,305,405) of the substrate, the heterojunction stack comprising an undoped gallium nitride, GaN, layer over the first side of the substrate and a doped aluminum gallium nitride, AlGaN, layer on the undoped GaN layer; forming a GaN light emitting diode stack over a second side (125,209,309,406) of the substrate, the GaN light emitting diode stack comprising an n-type GaN layer over the second side of the substrate, a GaN/indium gallium nitride, InGaN, multiple quantum well, MQW, structure over the n-type GaN layer, a p-type AlGaN layer over the n-type GaN/InGaN MQW structure, and a p-type GaN layer over the p-type AlGaN layer, and further processing the heterojunction stack to form one or more devices electrically coupled to the light emitting diode stack, to form a driver circuit, the one or more devices including one or more of an AlGaN/GaN heterojunction field effect transistor, HFET, and an AlGaN/GaN Schottky diode.
Glazing for motor vehicles comprising a window glass and a thermoplastic elastomer seal, characterized in that said seal comprising a PP/TPE compound comprises from 38 to 80 wt%, preferably from 40 to 75 wt% and in particular from 45 to 70 wt% of polypropylene.
A Li-Ion electrochemical cell comprising (a) a positive electrode layer comprising a positive electrode binder; (b) a negative electrode layer comprising a negative electrode binder, and characterized by comprising: (c) a porous composite layer (15, 15') comprising inorganic particles and a composite layer binder disposed on at least one of the positive electrode and the negative electrode layers, wherein the composite layer binder is in the range of 35-55 wt%; (d) a polymeric porous separator disposed, without a solvent weld, adjacent the composite layer (15, 15'); and (e) an electrolyte comprising a lithium salt and a non-aqueous solvent, wherein the combined thickness of the composite layer (15, 15') and the porous separator is not greater than 25 μm; and wherein the composite layer (15, 15') is secured to the positive or negative electrode layer by a solvent weld at the interface between the composite layer (15, 15') and the electrode layer, the weld comprising a mixture of the composite layer (15, 15') binder and the electrode binder wherein the solvent weld is formed by solubilization of the positive or negative electrode binder with a solvent; and wherein the solvent does not penetrate more than 90% of the thickness of the positive or negative electrode layer. (a) a positive electrode layer comprising a positive electrode binder; (b) a negative electrode layer comprising a negative electrode binder, and characterized by comprising: (c) a porous composite layer (15, 15') comprising inorganic particles and a composite layer binder disposed on at least one of the positive electrode and the negative electrode layers, wherein the composite layer binder is in the range of 35-55 wt%; (d) a polymeric porous separator disposed, without a solvent weld, adjacent the composite layer (15, 15'); and (e) an electrolyte comprising a lithium salt and a non-aqueous solvent,
An information transmission method for a wireless communications system comprising a first network device, a second network device, and a terminal device, wherein the method comprises: determining, by the first network device, a communication type of the first network device in a second time period; and sending, by the first network device, a signal to the second network device in a first time period through an air interface when the communication type is an idle communication type, wherein the signal is used to indicate that the communication type of the first network device in the second time period is an idle communication type, wherein the signal includes an identity of the first network device such that when there are a plurality of first network devices, the second network device determines, based on the identity, a communication type of each of the first network devices that are geographically relatively close to the second network device. determining, by the first network device, a communication type of the first network device in a second time period; and sending, by the first network device, a signal to the second network device in a first time period through an air interface when the communication type is an idle communication type, wherein the signal is used to indicate that the communication type of the first network device in the second time period is an idle communication type, wherein the signal includes an identity of the first network device such that when there are a plurality of first network devices, the second network device determines, based on the identity, a communication type of each of the first network devices that are geographically relatively close to the second network device.
An immunogenic composition comprising: (i) a self-replicating RNA molecule that encodes a first polypeptide antigen, and (ii) a second polypeptide antigen; wherein said first and second antigens are antigens from different pathogens.
A compound comprising the general formula: X-L-[X-L] i -X, wherein i is an integer from 0 to 9, the value of which indicates the number of units of [X-L] i present in the compound, wherein each X is independently a targeting oligonucleotide of 8 to 50 nucleotides in length having a region of complementarity comprising at least 7 contiguous nucleotides complementary to a target region of a mRNA target sequence, and each L is a linker that links at least two Xs and that is more susceptible to cleavage in a mammalian extract than each X, wherein when i=0, and wherein the general formula is 5'X3'-L-5'X3' and when the target regions complementary to the first X and second X do not overlap in the mRNA target sequence, the 5'-end of the target region complementary to the first X and the 3'-end of the target region complementary to the second X are not within a distance of 0 to 4 nucleotides in the mRNA target sequence, wherein at least one L does not comprise an oligonucleotide and at least one L does not comprise a disulfide bond, for use in a therapeutic method of modulating the activity of a target gene in a liver cell, wherein the compound has increased concentration in the liver and reduced clearance by kidneys as compared to respective monomeric targeting oligonucleotides; wherein, optionally, the compound is linear, branched or circular.
A detergent composition comprising: a. a first composition; b. a water-soluble film; and c. a blue or violet shading dye, wherein said water-soluble film encapsulates said first composition; said first composition is selected from the group consisting of a liquid detergent, a granular detergent, or a tablet detergent, and wherein at least about 10% by weight of said shading dye is incorporated into said water-soluble film. a. a first composition; b. a water-soluble film; and c. a blue or violet shading dye,
Structuring device for structuring a plate-shaped element, in particular a solar module and/or a thin-film solar module, comprising: a number of structuring tools designed for introducing a track into the plate-shaped element, characterized by a first structuring unit, having a number of these structuring tools, at least two structuring tools (1a, 1b) of this first structuring unit being designed in such a way that, with them, two first tracks running parallel to one another and at a constant distance from one another can be introduced into the plate-shaped element, and a second structuring unit, having a number of these structuring tools, at least two structuring tools (1c, 1d) of this second structuring unit being designed in such a way that, with them, two second tracks running parallel to one another and at a constant distance from one another can be introduced into the plate-shaped element, the first and/or second structuring unit (2a, 2b) being designed and/or controllable in such a way that the distance of the first group of tracks from the second group of tracks can be formed variably, characterized in that at least two structuring tools of at least one of the structuring units can be controlled independently of one another with regard to the extent, the depth and/or the form of the tracks that can be introduced by it into the plate-shaped element. a number of structuring tools designed for introducing a track into the plate-shaped element, characterized by a first structuring unit, having a number of these structuring tools, at least two structuring tools (1a, 1b) of this first structuring unit being designed in such a way that, with them, two first tracks running parallel to one another and at a constant distance from one another can be introduced into the plate-shaped element, and a second structuring unit, having a number of these structuring tools, at least two structuring tools (1c, 1d) of this second structuring unit being designed in such a way that, with them, two second tracks running parallel to one another and at a constant distance from one another can be introduced into the plate-shaped element, the first and/or second structuring unit (2a, 2b) being designed and/or controllable in such a way that the distance of the first group of tracks from the second group of tracks can be formed variably, characterized in that at least two structuring tools of at least one of the structuring units can be controlled independently of one another with regard to the extent, the depth and/or the form of the tracks that can be introduced by it into the plate-shaped element.
A catheter system for draining an abscess comprising: - first and second lumens (110, 120), the first lumen being configured to transport rinsing fluid into an abscess and the second lumen being configured to transport abscess fluid out from the abscess, a respective proximal end (112, 122) of the first and second lumens (110, 120) being configured to be connected to a pump system so as to enable the pump system to pump the rinsing fluid into the abscess via an overpressure applied to the first lumen and suck abscess fluid out from the abscess via an under pressure applied to the second lumen; and - a first nozzle head attached to a distal end of the first lumen, which first nozzle head is configured to cause the rinsing fluid exiting from the first lumen to be distributed in the abscess in response to movements of the first nozzle head resulting from the rinsing fluid flowing through the first nozzle head, characterized in that the first nozzle head is tiltable around an axis being orthogonal to a symmetry axis of the first lumen, wherein the movements of the first nozzle head resulting from the rinsing fluid flowing through the first nozzle head comprise tilting around an axis being orthogonal to a symmetry axis of the first lumen. - first and second lumens (110, 120), the first lumen being configured to transport rinsing fluid into an abscess and the second lumen being configured to transport abscess fluid out from the abscess, a respective proximal end (112, 122) of the first and second lumens (110, 120) being configured to be connected to a pump system so as to enable the pump system to pump the rinsing fluid into the abscess via an overpressure applied to the first lumen and suck abscess fluid out from the abscess via an under pressure applied to the second lumen; and - a first nozzle head attached to a distal end of the first lumen, which first nozzle head is configured to cause the rinsing fluid exiting from the first lumen to be distributed in the abscess in response to movements of the first nozzle head resulting from the rinsing fluid flowing through the first nozzle head, the first nozzle head is tiltable around an axis being orthogonal to a symmetry axis of the first lumen, wherein the movements of the first nozzle head resulting from the rinsing fluid flowing through the first nozzle head comprise tilting around an axis being orthogonal to a symmetry axis of the first lumen.
A sulfopolyester comprising the residues of: (i) a polyhydroxyl component comprising: a. 2,2,4,4-tetraalkylcyclobutane-1,3-diol (TACD) in an amount ranging from 2 to 60 mole% based on the polyhydroxyl component, and b. a polyhydroxyl compound other than TACD; and (ii) an acid component comprising: a. dicarboxylic acid compounds, derivatives of dicarboxylic acid compounds, or combinations thereof; and b. a sulfomonomer component having at least one ionic sulfonate group covalently bonded directly or indirectly to an aromatic or cycloaliphatic ring, said ionic sulfonate group having the structure represented by the following formula: -SO 3 -. (i) a polyhydroxyl component comprising: a. 2,2,4,4-tetraalkylcyclobutane-1,3-diol (TACD) in an amount ranging from 2 to 60 mole% based on the polyhydroxyl component, and b. a polyhydroxyl compound other than TACD; and a. 2,2,4,4-tetraalkylcyclobutane-1,3-diol (TACD) in an amount ranging from 2 to 60 mole% based on the polyhydroxyl component, and b. a polyhydroxyl compound other than TACD; and (ii) an acid component comprising: a. dicarboxylic acid compounds, derivatives of dicarboxylic acid compounds, or combinations thereof; and b. a sulfomonomer component having at least one ionic sulfonate group covalently bonded directly or indirectly to an aromatic or cycloaliphatic ring, said ionic sulfonate group having the structure represented by the following formula: -SO 3 -. a. dicarboxylic acid compounds, derivatives of dicarboxylic acid compounds, or combinations thereof; and b. a sulfomonomer component having at least one ionic sulfonate group covalently bonded directly or indirectly to an aromatic or cycloaliphatic ring, said ionic sulfonate group having the structure represented by the following formula: -SO 3 -.
A method for removing a condensate from a synthetic gas treatment system, comprising: feeding a first fluid stream into a bottom section of a scrubber chamber defined by a scrubber shell of a scrubber, wherein the first fluid stream comprises synthetic gas with at least one condensable component; feeding a second fluid stream into a top section of the scrubber chamber, wherein the second fluid stream flows in the scrubber chamber in a countercurrent flow direction to the first fluid stream, wherein the second fluid stream contacts the first fluid stream causing the at least one condensable component to form the condensate, wherein the condensate and the second fluid stream are collected in the bottom section of the scrubber chamber; characterized by feeding a third fluid stream into the top section of the scrubbing chamber, wherein the third fluid stream contacts the condensate and the second fluid stream and forms an emulsion; and flowing at least a portion of the emulsion including the condensate from the synthetic gas treatment system. feeding a first fluid stream into a bottom section of a scrubber chamber defined by a scrubber shell of a scrubber, wherein the first fluid stream comprises synthetic gas with at least one condensable component; feeding a second fluid stream into a top section of the scrubber chamber, wherein the second fluid stream flows in the scrubber chamber in a countercurrent flow direction to the first fluid stream, wherein the second fluid stream contacts the first fluid stream causing the at least one condensable component to form the condensate, wherein the condensate and the second fluid stream are collected in the bottom section of the scrubber chamber; characterized by feeding a third fluid stream into the top section of the scrubbing chamber, wherein the third fluid stream contacts the condensate and the second fluid stream and forms an emulsion; and flowing at least a portion of the emulsion including the condensate from the synthetic gas treatment system.
Gate safety system - for securing a gate with a gate edge, displaceably leading along a movement level and in a movement direction, against collision with an object, comprising - a light grid means - with at least 2 transmission elements and with at least 2 receiver elements - for forming light barrier beams along the movement level - for detecting an object at movement level and the gate edge; - an evaluation means, designed for - based on the detection of the light grid means - differentiating between object or gate edge - and for generating a safety signal when an object is detected; - a position sensor means - designed separately from the light grid means - for detecting a position of the gate, and - for issuing a position signal - that equals a position area of the gate edge, characterised in that - the evaluation means is further designed for - generating a verification signal based on the interruption of a specific light barrier beam of the light grid means, and - in that a control means is provided and designed for - carrying out a plausibility test depending on the position signal and verification signal - and for generating a safety signal depending on the plausibility test. - for securing a gate with a gate edge, displaceably leading along a movement level and in a movement direction, against collision with an object, comprising - a light grid means - with at least 2 transmission elements and with at least 2 receiver elements - for forming light barrier beams along the movement level - for detecting an object at movement level and the gate edge; - with at least 2 transmission elements and with at least 2 receiver elements - for forming light barrier beams along the movement level - for detecting an object at movement level and the gate edge; - an evaluation means, designed for - based on the detection of the light grid means - differentiating between object or gate edge - and for generating a safety signal when an object is detected; - based on the detection of the light grid means - differentiating between object or gate edge - and for generating a safety signal when an object is detected; - a position sensor means - designed separately from the light grid means - for detecting a position of the gate, and - for issuing a position signal - that equals a position area of the gate edge, - designed separately from the light grid means - for detecting a position of the gate, and - for issuing a position signal - that equals a position area of the gate edge, - the evaluation means is further designed for - generating a verification signal based on the interruption of a specific light barrier beam of the light grid means, and - generating a verification signal based on the interruption of a specific light barrier beam of the light grid means, and - in that a control means is provided and designed for - carrying out a plausibility test depending on the position signal and verification signal - and for generating a safety signal depending on the plausibility test. - carrying out a plausibility test depending on the position signal and verification signal - and for generating a safety signal depending on the plausibility test.