mhurhangee/ep-ind-claims huggingface dataset:
A separator suitable for separating solid material from a fluid, the separator comprising: a chamber with an inlet and an outlet, a sieve structure forming a permeable barrier between the inlet and the outlet to filter the fluid, the sieve structure thus having an inlet side for unfiltered fluid and an outlet side for filtered fluid, wherein the sieve structure is coaxial within the chamber; the separator further comprising a filter pressure regeneration apparatus for dislodging filtered material from the sieve structure, wherein the filter pressure regeneration apparatus comprises a conduit and a nozzle assembly having at least one cleaning nozzle for directing cleaning fluid towards the outlet side of the sieve structure to dislodge filtered material from the inlet side of the sieve structure, wherein the chamber includes a channel formed of the chamber wall and the sieve structure and wherein the inlet is located at an end of the channel such that in use the fluid flows through the channel and the material dislodged by cleaning fluid from the cleaning nozzle is swept towards the other end of the channel away from the inlet by the movement of the fluid, characterised in that the inlet is arranged to direct fluid tangentially into the chamber onto the sieve structure and a wall is provided to one side of the inlet such that the fluid is guided circumferentially around the sieve structure through the channel such that filtered material dislodged by the cleaning fluid from the cleaning nozzle is swept around the chamber by the flow of the fluid and accumulates on the side of the wall away from the inlet. a chamber with an inlet and an outlet, a sieve structure forming a permeable barrier between the inlet and the outlet to filter the fluid, the sieve structure thus having an inlet side for unfiltered fluid and an outlet side for filtered fluid, wherein the sieve structure is coaxial within the chamber; the separator further comprising a filter pressure regeneration apparatus for dislodging filtered material from the sieve structure, wherein the filter pressure regeneration apparatus comprises a conduit and a nozzle assembly having at least one cleaning nozzle for directing cleaning fluid towards the outlet side of the sieve structure to dislodge filtered material from the inlet side of the sieve structure, wherein the chamber includes a channel formed of the chamber wall and the sieve structure and wherein the inlet is located at an end of the channel such that in use the fluid flows through the channel and the material dislodged by cleaning fluid from the cleaning nozzle is swept towards the other end of the channel away from the inlet by the movement of the fluid, characterised in that the inlet is arranged to direct fluid tangentially into the chamber onto the sieve structure and a wall is provided to one side of the inlet such that the fluid is guided circumferentially around the sieve structure through the channel such that filtered material dislodged by the cleaning fluid from the cleaning nozzle is swept around the chamber by the flow of the fluid and accumulates on the side of the wall away from the inlet.
A computer implemented method for performing host recovery using information stored in a secure store, the method comprising: under the control of one or more computer systems configured with executable instructions, provisioning a trusted platform module on a host computing device to store one or more credentials including a cryptographic key, the host computing device including a recovery image that is encrypted, wherein the recovery image is capable of being decrypted using the cryptographic key; rebooting the host computing device; determining, based on a set of conditions during the rebooting, that a failure likely occurred on the host computing device prior to rebooting the host computing device; decrypting the recovery image on the host computing device by using the cryptographic key; loading the recovery image onto the host computing device; and providing the recovery image running on the host computing device with access to the one or more credentials stored in the trusted platform module, wherein the one or more credentials are used to initiate one or more services on the host computing device. under the control of one or more computer systems configured with executable instructions, provisioning a trusted platform module on a host computing device to store one or more credentials including a cryptographic key, the host computing device including a recovery image that is encrypted, wherein the recovery image is capable of being decrypted using the cryptographic key; rebooting the host computing device; determining, based on a set of conditions during the rebooting, that a failure likely occurred on the host computing device prior to rebooting the host computing device; decrypting the recovery image on the host computing device by using the cryptographic key; loading the recovery image onto the host computing device; and providing the recovery image running on the host computing device with access to the one or more credentials stored in the trusted platform module, wherein the one or more credentials are used to initiate one or more services on the host computing device.
An asymmetric siloxane macromonomer comprising at least one polymerizable functional group terminus and at least one oxygen-containing polar hydrophilic terminus, wherein the macromonomer has a molecular weight of 500 to 5,000 Daltons, and wherein the macromonomer is: wherein n represents the degree of polymerization.
An optical sensor, comprising: a semiconductive block comprising a front side and a back side; a waveguide region disposed on the back side of the semiconductive block and comprising a core layer for guiding an incident light to a sample holding portion configured for disposing a specimen; and a light sensing region for sensing an emission light emitted by the specimen in response to the incident light and converting the sensed emission light into data information; wherein the light sensing region is in the semiconductive block between the front side and the back side thereof and comprises a multi-junction photodiode being proximate to the front side with multiple junctions in contact with the front side, an interconnection region configured to electrically couple with the multi-junction photodiode for further processing and/or output of said data information, and the interconnection region is disposed below the front side of the semiconductive block and in proximity to or in contact with the front side. a semiconductive block comprising a front side and a back side; a waveguide region disposed on the back side of the semiconductive block and comprising a core layer for guiding an incident light to a sample holding portion configured for disposing a specimen; and a light sensing region for sensing an emission light emitted by the specimen in response to the incident light and converting the sensed emission light into data information; wherein the light sensing region is in the semiconductive block between the front side and the back side thereof and comprises a multi-junction photodiode being proximate to the front side with multiple junctions in contact with the front side, an interconnection region configured to electrically couple with the multi-junction photodiode for further processing and/or output of said data information, and the interconnection region is disposed below the front side of the semiconductive block and in proximity to or in contact with the front side.
A formulation for transdermal delivery of rapamycin and/or other mTOR inhibitors, comprising: an mTOR inhibitor; a surfactant polymer comprising a hydrophobically modified polyacrylic acid; a thickening polymer comprising a hydrophobically modified cross-linked acrylate copolymer; a solvent for solubilizing the mTOR inhibitor; a glycol; a C 10 -C 20 fatty acid; water; triethanolamine, and wherein the formulation is free of triglycerides. an mTOR inhibitor; a surfactant polymer comprising a hydrophobically modified polyacrylic acid; a thickening polymer comprising a hydrophobically modified cross-linked acrylate copolymer; a solvent for solubilizing the mTOR inhibitor; a glycol; a C 10 -C 20 fatty acid; water; triethanolamine, and wherein the formulation is free of triglycerides.
A distributor device for solids-containing liquids comprising: - A distributor housing having a distributor housing bottom and a distributor housing top opposite the distributor housing bottom and enclosing an interior space divided into a fluid space into which the inlet opening opens and a ventilation space separate therefrom into which the ventilation opening opens, - A plurality of exit ports (30a,b), - An inlet opening in the distributor housing, - A ventilation opening in the distributor housing, - A distributor assembly movable relative to the distributor housing and disposed in the distributor housing, the distributor assembly placing one, preferably each, of the outlet ports in fluid communication with the fluid chamber and with the vent chamber in time alternating sequence, wherein relative movement of the distributor assembly alternately communicates an exit port of the plurality of exit ports with the fluid space and the ventilation space, wherein the ventilation opening is arranged in the distributor housing top, characterized in that the inlet port opens into an inlet channel that extends from the top of the distributor housing into the fluid space, wherein the ventilation opening is formed by an annular gap around the inlet channel into which the inlet opening discharges. - A distributor housing having a distributor housing bottom and a distributor housing top opposite the distributor housing bottom and enclosing an interior space divided into a fluid space into which the inlet opening opens and a ventilation space separate therefrom into which the ventilation opening opens, - A plurality of exit ports (30a,b), - An inlet opening in the distributor housing, - A ventilation opening in the distributor housing, - A distributor assembly movable relative to the distributor housing and disposed in the distributor housing, the distributor assembly placing one, preferably each, of the outlet ports in fluid communication with the fluid chamber and with the vent chamber in time alternating sequence, wherein relative movement of the distributor assembly alternately communicates an exit port of the plurality of exit ports with the fluid space and the ventilation space, wherein the ventilation opening is arranged in the distributor housing top, characterized in that the inlet port opens into an inlet channel that extends from the top of the distributor housing into the fluid space, wherein the ventilation opening is formed by an annular gap around the inlet channel into which the inlet opening discharges.
A method performed by a communication device for enhancing wireless communication with a first network node of a wireless communication network, wherein the communication device has received, from the first network node, a first timing advance, TA, value at a first time point when in active state, and wherein the communication device has thereafter switched to inactive state, the method comprising: switching from inactive to active state, after obtaining an indication of data transfer, determining whether the first TA value is still valid by determining a first difference between a propagation time for a downlink signal sent from the first network node to the communication device at the first time point and a propagation time for a downlink signal sent from a second network node to the communication device at the first time point, determining a second difference between a propagation time for a downlink signal sent from the first network node to the communication device at a second time point after the obtaining of the indication of data transfer and a propagation time for a downlink signal sent from the second network node to the communication device at the second time point, and determining a third difference between the first difference and the second difference, and when the third difference is below a third threshold, the first TA value is determined to be valid, and when the third difference is above the third threshold the first TA value is determined not to be valid, employing the first TA value for sending data to the first network node when the first TA value is determined to be valid, and obtaining an updated TA value and employing the updated TA value for sending data to the first network node when the first TA value is determined not to be valid. switching from inactive to active state, after obtaining an indication of data transfer, determining whether the first TA value is still valid by determining a first difference between a propagation time for a downlink signal sent from the first network node to the communication device at the first time point and a propagation time for a downlink signal sent from a second network node to the communication device at the first time point, determining a second difference between a propagation time for a downlink signal sent from the first network node to the communication device at a second time point after the obtaining of the indication of data transfer and a propagation time for a downlink signal sent from the second network node to the communication device at the second time point, and determining a third difference between the first difference and the second difference, and when the third difference is below a third threshold, the first TA value is determined to be valid, and when the third difference is above the third threshold the first TA value is determined not to be valid, employing the first TA value for sending data to the first network node when the first TA value is determined to be valid, and obtaining an updated TA value and employing the updated TA value for sending data to the first network node when the first TA value is determined not to be valid.
Additive manufacturing device (21, 41) for the layered production of three-dimensional objects (26, 46) from a polymerizable liquid (23, 43) comprising: - a trough (22,42) with a bottom (28, 48) for receiving the liquid (23, 43), - a carrier platform (25, 45) on which the object (26, 46) is built up and which is displaceable in height in relation to the trough (22, 42), - a structural element (31, 51) with a first and a second side (53, 55) on which the liquid (23, 43) polymerizes on the first side to form an object layer (30, 50) and - a radiation source (24, 44) which irradiates the second side of the radiation transmissive structural element (31, 51), wherein the structural element is arranged above the carrier platform and the distance between the structural element and the trough in relation to one another can be varied, characterized in - that a temperature control unit for the temperature adjustment of the polymerizable liquid is placed on the lower side of the bottom and - that the temperature control unit is a temperable homogenization unit for the homogenization and for the temperature adjustment of the polymerizable liquid. - a trough (22,42) with a bottom (28, 48) for receiving the liquid (23, 43), - a carrier platform (25, 45) on which the object (26, 46) is built up and which is displaceable in height in relation to the trough (22, 42), - a structural element (31, 51) with a first and a second side (53, 55) on which the liquid (23, 43) polymerizes on the first side to form an object layer (30, 50) and - a radiation source (24, 44) which irradiates the second side of the radiation transmissive structural element (31, 51), wherein the structural element is arranged above the carrier platform and the distance between the structural element and the trough in relation to one another can be varied, - that a temperature control unit for the temperature adjustment of the polymerizable liquid is placed on the lower side of the bottom and - that the temperature control unit is a temperable homogenization unit for the homogenization and for the temperature adjustment of the polymerizable liquid.
Fuel cell with protection against off-load voltage, comprising: - a stack arrangement made from a number of bipolar plates and a number of membrane electrode units, wherein one particular membrane electrode unit is arranged between two of the bipolar pates in each case, - an electrical resistor element, - wherein the electrical resistor element can be connected electrically to each of the bipolar plates, - wherein on one side each of the bipolar plates has a contacting device for electrically contacting the electrical resistor element with the respective bipolar plate, characterised in that - each of the contacting devices has a respective contacting hole, - wherein the electrical resistor element is passed through the respective contacting hole of the contacting devices. - a stack arrangement made from a number of bipolar plates and a number of membrane electrode units, wherein one particular membrane electrode unit is arranged between two of the bipolar pates in each case, - an electrical resistor element, - wherein the electrical resistor element can be connected electrically to each of the bipolar plates, - wherein on one side each of the bipolar plates has a contacting device for electrically contacting the electrical resistor element with the respective bipolar plate, characterised in that - each of the contacting devices has a respective contacting hole, - wherein the electrical resistor element is passed through the respective contacting hole of the contacting devices.
Method for the continuous, non-invasive measurement of temperatures in a tissue, wherein a current is supplied to the tissue by means of at least one feed electrode (10.1, 10.2) and a voltage caused by the current is measured by means of at least one measuring electrode (30.1, 30.2) and from this a magnitude of an impedance of the tissue through which the current flows is determined, characterized in that the current is a frequency-variable alternating current and a tissue temperature in the tissue is determined from the magnitude of an averaged impedance over frequency range, wherein the frequency range is from 330 kHz to 950 kHz.
An air compressor comprising: a cylinder housing (20, 200) including a chamber formed therein, and including an inner peripheral surface formed therein, and including a longitudinal axis Z, a piston slidably received in said chamber of said cylinder housing (20, 200) and having a piston rod extended therefrom, said piston rod including a longitudinal axis L and a lateral axis T perpendicular with each other, and a motor (47, 471) coupled to said piston for moving said piston relative to said cylinder housing (20, 200) in a reciprocating action in order to generate the pressurized air; wherein said cylinder housing (20, 200) includes a supporting plate having at least one hole (12, 13) and wherein said motor (47, 471) includes a spindle extended through said supporting plate, and wherein an eccentric member is coupled to said spindle and is having a pin coupled to said piston rod for moving said piston relative to said cylinder housing (20, 200), characterized in that said piston is tilted relative to the longitudinal axis L and the lateral axis T of said piston rod, and said supporting plate and said cylinder housing (20, 200) are formed integral with each other. a cylinder housing (20, 200) including a chamber formed therein, and including an inner peripheral surface formed therein, and including a longitudinal axis Z, a piston slidably received in said chamber of said cylinder housing (20, 200) and having a piston rod extended therefrom, said piston rod including a longitudinal axis L and a lateral axis T perpendicular with each other, and a motor (47, 471) coupled to said piston for moving said piston relative to said cylinder housing (20, 200) in a reciprocating action in order to generate the pressurized air; wherein said cylinder housing (20, 200) includes a supporting plate having at least one hole (12, 13) and wherein said motor (47, 471) includes a spindle extended through said supporting plate, and wherein an eccentric member is coupled to said spindle and is having a pin coupled to said piston rod for moving said piston relative to said cylinder housing (20, 200), characterized in that said piston is tilted relative to the longitudinal axis L and the lateral axis T of said piston rod, and said supporting plate and said cylinder housing (20, 200) are formed integral with each other.
Method for retransmission of data packets in the absence of sequence numbers, wherein the data packets are sent in data frames, each data frame comprising a checksum, during a data transmission of a session between a data transmitter and a receiving device, the method characterized in that it is comprising the steps of: - detecting data loss in the data transmission (step 102); - determining the checksums of at least the received adjacent data frames enclosing the detected data loss(step 106); - sending an identification key comprising said determined checksums to a retransmission server, whereby the sent checksums are constituting a checksum sequence and said identification key is used by the server for identifying of the data loss(step 108); - receiving the requested missing data comprising at least one data frame from the retransmission server (step 110); - interleaving the received at least one data frame in the correct place in the received data transmission before rendering the data information of the data transmission(step 112). - detecting data loss in the data transmission (step 102); - determining the checksums of at least the received adjacent data frames enclosing the detected data loss(step 106); - sending an identification key comprising said determined checksums to a retransmission server, whereby the sent checksums are constituting a checksum sequence and said identification key is used by the server for identifying of the data loss(step 108); - receiving the requested missing data comprising at least one data frame from the retransmission server (step 110); - interleaving the received at least one data frame in the correct place in the received data transmission before rendering the data information of the data transmission(step 112).
A connection arrangement comprising a fitting unit for a tap or an outlet and fittings (30, 31, 34) for connecting medium pipes (24, 26) to the fitting unit, said fitting unit forming a housing having a first bore for mounting of the tap or outlet to the fitting unit, the housing comprising at least one second boring (17, 18) for connection of the respective medium pipe (24, 36) by means of the respective fitting (30, 31, 34), at which second boring a first diameter is provided with a thread receiving the respective threaded fitting (31, 34) for establishing a medium tight connection of the medium pipe (24, 36) and the fitting unit, characterised in that the thread is provided at an outer end part of each second boring (14, 17, 18, 37), in that the threaded fitting (31, 34) used is selectively one of the following: - a nut, interacting with the thread, and a cutting sleeve for squeezing the separate cutting sleeve around the medium pipe (24, 36), or - a threaded soldering bushing, interacting with the thread, for mounting on the medium pipe (24, 36) by soldering, and in that at least one further part of each second boring (17,18) has a second diameter, which is less than the first diameter, and into which a medium pipe is mountable by soldering. - a nut, interacting with the thread, and a cutting sleeve for squeezing the separate cutting sleeve around the medium pipe (24, 36), or - a threaded soldering bushing, interacting with the thread, for mounting on the medium pipe (24, 36) by soldering, and in that at least one further part of each second boring (17,18) has a second diameter, which is less than the first diameter, and into which a medium pipe is mountable by soldering.