mhurhangee/patent-ind-claim-en huggingface dataset:
Agitator ball mill having a grinding vessel in which there is arranged an agitator shaft provided with grinding elements , whereby there is formed between the grinding vessel and the agitator shaft a grinding chamber into which the grinding elements extend, into which at least one inlet channel for grinding stock opens and in which a dynamic separator for auxiliary grinding bodies is provided, wherein the separator is provided with recesses for grinding stock/auxiliary grinding body mixture to flow through and for recycling auxiliary grinding bodies, and the agitator shaft is provided with at least one recess which enlarges the separator and extends in the axial direction into the grinding chamber , wherein the recess is in the form of a flow channel and the flow channel is introduced at least in sections into the agitator shaft in the form of a groove, characterised in that the recess of the agitator shaft is connected to the recess in the separator and enlarges it.
Assembly module (M1) for a waste disposal facility, the assembly module (M1) comprising an elevated platform structure (PF), regardless of its constituent material, and assembly means configured to enable the assembly of multiple assembly modules (M1-M3) to form a waste disposal facility, characterized in that the assembly module (M1) includes a canopy structure (O1, O2) mounted on one or more pillars (P) integral with the platform structure (PF), in that the canopy structure (O1, O2) includes: - one or more photovoltaic panels (PV) associated with an electrical installation (AE) to recover electrical energy by photovoltaic means, and/or - one or more water collection means (G) to collect rainwater or cleaning water running off the canopy structure (O1, O2), and in that the assembly means are configured to form an assembly of the modules (M1-M3) secured together, resistant to the effects of wind forces on said canopy structure (O1, O2). - one or more photovoltaic panels (PV) associated with an electrical installation (AE) to recover electrical energy by photovoltaic means, and/or - one or more water collection means (G) to collect rainwater or cleaning water running off the canopy structure (O1, O2),
A user equipment comprising: a receiver configured to receive, from a base station , an RRC Connection Release message including an RNTI, Radio Network Temporary Identifier, for identifying the user equipment, before the user equipment shifts from a RRC, Radio Resource Control, connected state to a RRC idle state, the RRC connection release message including information indicating uplink resources; a controller configured to hold the RNTI; a transmitter configured to scramble information using the held RNTI and to transmit the scrambled information using the uplink resources indicated by the information included in the RRC connection release message to the base station in the RRC idle state. a receiver configured to receive, from a base station , an RRC Connection Release message including an RNTI, Radio Network Temporary Identifier, for identifying the user equipment, before the user equipment shifts from a RRC, Radio Resource Control, connected state to a RRC idle state, the RRC connection release message including information indicating uplink resources; a controller configured to hold the RNTI; a transmitter configured to scramble information using the held RNTI and to transmit the scrambled information using the uplink resources indicated by the information included in the RRC connection release message to the base station in the RRC idle state.
A video decoding apparatus operable with respect to blocks of spatial frequency data to perform frequency-transformation by applying a frequency transformation to generate blocks of video data samples which are each scaled, by a common scaling factor, with respect to the video data samples which would result from a normalized frequency-transformation of that block of spatial frequency data, and to dequantize according to a quantization step size, the apparatus comprising: a detector configured to detect a residual scaling factor, being the common scaling factor divided by 2 n , where n is an integer; a data modifier configured to modify the quantization step size according to the residual scaling factor to generate a modified quantization step size; a multiplier configured to dequantize by multiplying each data sample for dequantizing by a value dependent upon the modified quantization step size; a shifter configured to reverse scale the data samples by applying an n-bit shift to divide data being processed by a factor of 2 n ; and a frequency-transformer to apply the inverse frequency transformation; comprising a selector to select a quantization index, the quantization index defining a respective entry in a table of quantization step sizes; in which the data modifier is configured to change the quantization index so as to select a different quantization step size, such that the ratio of the different quantization step size to the originally selected quantization step size is substantially equal to the residual scaling factor. a detector configured to detect a residual scaling factor, being the common scaling factor divided by 2 n , where n is an integer; a data modifier configured to modify the quantization step size according to the residual scaling factor to generate a modified quantization step size; a multiplier configured to dequantize by multiplying each data sample for dequantizing by a value dependent upon the modified quantization step size; a shifter configured to reverse scale the data samples by applying an n-bit shift to divide data being processed by a factor of 2 n ; and a frequency-transformer to apply the inverse frequency transformation; comprising a selector to select a quantization index, the quantization index defining a respective entry in a table of quantization step sizes; in which the data modifier is configured to change the quantization index so as to select a different quantization step size, such that the ratio of the different quantization step size to the originally selected quantization step size is substantially equal to the residual scaling factor.
A composition comprising a monoamine oxidase inhibitor as the sole active agent for use in the treatment of a skin neoplasm, wherein the monoamine oxidase inhibitor is a propynylaminoindan or a pharmaceutically acceptable salt thereof, and the composition is configured for oral or topical administration.
A method for controlling an electronic device (41, 42, ..., 4N) to which an attachment device (21, 22, ..., 2N) is attached, the method comprising: receiving and storing, in a storage of the attachment device (21, 22, ..., 2N), mapping information in which data in a first communication format and data in a second communication format are mapped in relation to one function of the electronic device (41, 42, ..., 4N); receiving further data in the first communication format from a user terminal or a hub which is communicably connected with the attachment device (21, 22, ..., 2N); acquiring, from the storage of the attachment device (21, 22, ..., 2N), the data in the second communication format corresponding to the further received data in the first communication format based on the stored mapping information; determining, by the attachment device (21, 22, ..., 2N), an operation state of the electronic device (41, 42, ..., 4N); and transmitting, if the operation state of the electronic device (41, 42, ..., 4N) indicates that the electronic device (41, 42, ..., 4N) is not performing the operation related to the one function, the acquired data in the second communication format to the electronic device (41, 42, ..., 4N) to control the one function of the electronic device to be performed. receiving and storing, in a storage of the attachment device (21, 22, ..., 2N), mapping information in which data in a first communication format and data in a second communication format are mapped in relation to one function of the electronic device (41, 42, ..., 4N); receiving further data in the first communication format from a user terminal or a hub which is communicably connected with the attachment device (21, 22, ..., 2N); acquiring, from the storage of the attachment device (21, 22, ..., 2N), the data in the second communication format corresponding to the further received data in the first communication format based on the stored mapping information; determining, by the attachment device (21, 22, ..., 2N), an operation state of the electronic device (41, 42, ..., 4N); and transmitting, if the operation state of the electronic device (41, 42, ..., 4N) indicates that the electronic device (41, 42, ..., 4N) is not performing the operation related to the one function, the acquired data in the second communication format to the electronic device (41, 42, ..., 4N) to control the one function of the electronic device to be performed.
An image forming apparatus , comprising: a controller configured to control a image forming process to print identification information along with a first image on a medium according to an operation selection; a first image forming section configured to form images on the medium using a non-decolorable image forming material; a second image forming section configured to form images on the medium using a decolorable image forming material; and a fixing device configured to perform a fixing operation to fix images to the medium at a first fixing temperature that is at or above a decoloring temperature of the decolorable image forming material, wherein when the operation selection indicates the identification information printed on the medium is to be visible, the controller controls the first image forming section to form the first image and the identification information on the medium and the fixing device to fix the images to the medium at the first temperature, and when the operation selection indicates the identification information printed on the medium is to be invisible, the controller controls the first image forming section to form the first image on the medium, the second image forming section to form the identification information on the medium, and the fixing device to fix the images to the medium at the first temperature. a controller configured to control a image forming process to print identification information along with a first image on a medium according to an operation selection; a first image forming section configured to form images on the medium using a non-decolorable image forming material; a second image forming section configured to form images on the medium using a decolorable image forming material; and a fixing device configured to perform a fixing operation to fix images to the medium at a first fixing temperature that is at or above a decoloring temperature of the decolorable image forming material, wherein when the operation selection indicates the identification information printed on the medium is to be visible, the controller controls the first image forming section to form the first image and the identification information on the medium and the fixing device to fix the images to the medium at the first temperature, and when the operation selection indicates the identification information printed on the medium is to be invisible, the controller controls the first image forming section to form the first image on the medium, the second image forming section to form the identification information on the medium, and the fixing device to fix the images to the medium at the first temperature.
A hybrid water storage system for an aircraft, the hybrid water storage system comprising: a container defining a chamber ; a bladder disposed in the chamber, wherein the bladder defines a first variable volume and the bladder is configured to store potable water; and a water-use assembly extending between and fluidly interconnecting the bladder and a second variable volume, wherein the second variable volume is defined between external surfaces of the bladder and internal surfaces of the container, wherein the second variable volume is configured to store gray water, wherein potable water is supplied to the bladder via a fill port and is directed to the water-use assembly via a delivery port , and wherein gray water is returned to the second variable volume via a return port and is discharged from the second variable volume via a discharge port ; wherein the water-use assembly comprises a gray water sump and a gray water pump, wherein the gray water sump is configured to receive the gray water from an aircraft appliance and the gray water pump is configured to pump the gray water from the gray water sump to the second variable volume fluid vessel. a container defining a chamber ; a bladder disposed in the chamber, wherein the bladder defines a first variable volume and the bladder is configured to store potable water; and a water-use assembly extending between and fluidly interconnecting the bladder and a second variable volume, wherein the second variable volume is defined between external surfaces of the bladder and internal surfaces of the container, wherein the second variable volume is configured to store gray water, wherein potable water is supplied to the bladder via a fill port and is directed to the water-use assembly via a delivery port , and wherein gray water is returned to the second variable volume via a return port and is discharged from the second variable volume via a discharge port ; wherein the water-use assembly comprises a gray water sump and a gray water pump, wherein the gray water sump is configured to receive the gray water from an aircraft appliance and the gray water pump is configured to pump the gray water from the gray water sump to the second variable volume fluid vessel.
Protective cover for a machine or a portion of a machine , wherein the protective cover comprises a frame with fastening elements , via which the frame can be fastened to a machine or to a machine frame which holds the machine, wherein the frame has multiple crossmembers , which at least partially engage around the machine or the portion of the machine in the fastened state of the frame , and at least one tarpaulin-like covering element , which extends between the crossmembers and at least partially along the crossmembers , is detachably fastened to the frame , wherein the covering element is detachably fastened to the crossmembers and/or the longitudinal members via clamping means or via fastening means and clamping means .
A truck cabin for a truck, comprising a windshield , a driver's seat , a steering wheel , a dashboard and a projector configured to project an image onto the steering wheel, characterized in that : - the image projected by the projector onto the steering wheel is configured to comprise information about the operation of the truck, and - in a first direction of sight (L1) of a driver sitting in the driver's seat and looking at the steering wheel , the dashboard does not comprise any other information displays about the operation of the truck, and in that the projector is configured to adapt the image projected onto the steering wheel, depending on a steering angle of the steering wheel . - the image projected by the projector onto the steering wheel is configured to comprise information about the operation of the truck, and - in a first direction of sight (L1) of a driver sitting in the driver's seat and looking at the steering wheel , the dashboard does not comprise any other information displays about the operation of the truck,
A liquid ejecting head comprising: a piezoelectric element that includes a first drive electrode , a second drive electrode , and a piezoelectric body , the piezoelectric body being provided between the first drive electrode and the second drive electrode in a lamination direction in which the first drive electrode, the second drive electrode, and the piezoelectric body are laminated; a vibration plate that is provided on one side of the lamination direction with respect to the piezoelectric element and is deformed by driving of the piezoelectric element; and a pressure chamber substrate that is provided on the one side of the lamination direction with respect to the vibration plate and is provided with a plurality of pressure chambers, characterized by further comprising an interlayer that is laminated on at least one of the piezoelectric body, the vibration plate, or the pressure chamber substrate and of which capacitance changes according to humidity; a first detection electrode that is in contact with the interlayer; and a second detection electrode that is in contact with the interlayer and is disposed to be separated from the first detection electrode. a piezoelectric element that includes a first drive electrode , a second drive electrode , and a piezoelectric body , the piezoelectric body being provided between the first drive electrode and the second drive electrode in a lamination direction in which the first drive electrode, the second drive electrode, and the piezoelectric body are laminated; a vibration plate that is provided on one side of the lamination direction with respect to the piezoelectric element and is deformed by driving of the piezoelectric element; and a pressure chamber substrate that is provided on the one side of the lamination direction with respect to the vibration plate and is provided with a plurality of pressure chambers, characterized by further comprising an interlayer that is laminated on at least one of the piezoelectric body, the vibration plate, or the pressure chamber substrate and of which capacitance changes according to humidity; a first detection electrode that is in contact with the interlayer; and a second detection electrode that is in contact with the interlayer and is disposed to be separated from the first detection electrode.
An anode, wherein an anode substrate is composed of a valve metal, and an anode catalyst layer comprising at least one oxide, nitride or carbide of iridium, and at least one oxide, nitride or carbide of at least one metal selected from the group consisting of elements belonging to groups 4, 5 and 13 of the periodic table is formed on a surface of the anode substrate, wherein the at least one metal selected from the group consisting of elements belonging to groups 4, 5 and 13 of the periodic table is tantalum, and the at least one metal selected from the group consisting of elements belonging to groups 4, 5 and 13 of the periodic table also contains zirconium.
A computer implemented method performed by one or more processors when executing computer executable instructions, the computer executable instructions causing the one or more processors to perform a method of establishing trust for a host, and the computer-implemented method comprising: a host attestation service receiving from a host deployed on a physical machine, a verifiable indication of certain characteristics that the host meets; the host attestation service attempting to determine from the indication of the certain characteristics that the host meets certain requirements; if the host meets the certain requirements, including at least meeting a requirement that the host contains a trusted execution environment, TEE, wherein the certain requirements further comprise a requirement that a verifiable indication be provided that the host includes a correct HVCI, Hypervisor-enforced Code Integrity, policy validation, the host attestation service issuing a certificate to the host that the host can use to authenticate to one or more entities having a trust relationship with the host attestation service; the method further comprising creating a trust relationship between the host attestation service and a key distribution service from which the host obtains a key for a virtual trusted platform module, vTPM, by presenting the certificate; and the host using the key to unlock the vTPM, wherein a shielded guest virtual machine, VM, depoyed on the host retrieves keys from the unlocked vTPM to begin decrypting the shielded VM. a host attestation service receiving from a host deployed on a physical machine, a verifiable indication of certain characteristics that the host meets; the host attestation service attempting to determine from the indication of the certain characteristics that the host meets certain requirements; if the host meets the certain requirements, including at least meeting a requirement that the host contains a trusted execution environment, TEE, wherein the certain requirements further comprise a requirement that a verifiable indication be provided that the host includes a correct HVCI, Hypervisor-enforced Code Integrity, policy validation, the host attestation service issuing a certificate to the host that the host can use to authenticate to one or more entities having a trust relationship with the host attestation service; the method further comprising creating a trust relationship between the host attestation service and a key distribution service from which the host obtains a key for a virtual trusted platform module, vTPM, by presenting the certificate; and the host using the key to unlock the vTPM, wherein a shielded guest virtual machine, VM, depoyed on the host retrieves keys from the unlocked vTPM to begin decrypting the shielded VM.
An apparatus comprising: a hollow elongate tube (701; 801; 901) with a distal tip (702; 802; 902) and an opening (704; 803, 910) on a side of the hollow elongate tube (701; 801; 901), wherein the hollow elongate tube (701; 801; 901) is a needle or other device capable of penetrating heart tissue; a line ; a first pledget secured to the line , wherein the line and first pledget are positioned within the hollow elongate tube (701; 801; 901), a catheter , and a second pledget slidably or securedly attached to the line; characterized by a suction cup at the distal end of the catheter and at least a third pledget slidably or securedly attached to the line . a hollow elongate tube (701; 801; 901) with a distal tip (702; 802; 902) and an opening (704; 803, 910) on a side of the hollow elongate tube (701; 801; 901), wherein the hollow elongate tube (701; 801; 901) is a needle or other device capable of penetrating heart tissue; a line ; a first pledget secured to the line , wherein the line and first pledget are positioned within the hollow elongate tube (701; 801; 901), a catheter , and a second pledget slidably or securedly attached to the line; characterized by a suction cup at the distal end of the catheter and at least a third pledget slidably or securedly attached to the line .