mhurhangee/patent-ind-claim-en huggingface dataset:
An enterprise owned multi-function device , MFD, comprising: a communication interface to establish a communication session with an authentication server ; a re-activation timer ; a de-activation timer , that begins when the re-activation timer expires; a processor ; and a non-transitory computer readable medium storing instructions which, when executed by the processor, cause the processor to: authenticate the enterprise owned MFD over the communication session when the enterprise owned MFD is activated at a remote location of an employee; create a local account of the employee for local authentication; authorize access to the employee via the local account of the employee until the re-activation timer expires; determine an expiration of the de-activation timer; delete the local account of the employee from the enterprise owned MFD in response to the expiration of the de-activation timer; and transmit a notification to the authentication server to schedule a pick-up of the enterprise owned MFD from the remote location of the employee. a communication interface to establish a communication session with an authentication server ; a re-activation timer ; a de-activation timer , that begins when the re-activation timer expires; a processor ; and a non-transitory computer readable medium storing instructions which, when executed by the processor, cause the processor to: authenticate the enterprise owned MFD over the communication session when the enterprise owned MFD is activated at a remote location of an employee; create a local account of the employee for local authentication; authorize access to the employee via the local account of the employee until the re-activation timer expires; determine an expiration of the de-activation timer; delete the local account of the employee from the enterprise owned MFD in response to the expiration of the de-activation timer; and transmit a notification to the authentication server to schedule a pick-up of the enterprise owned MFD from the remote location of the employee. authenticate the enterprise owned MFD over the communication session when the enterprise owned MFD is activated at a remote location of an employee; create a local account of the employee for local authentication; authorize access to the employee via the local account of the employee until the re-activation timer expires; determine an expiration of the de-activation timer; delete the local account of the employee from the enterprise owned MFD in response to the expiration of the de-activation timer; and transmit a notification to the authentication server to schedule a pick-up of the enterprise owned MFD from the remote location of the employee.
An imaging apparatus configured as a vehicle-mounted camera, comprising: first and second imaging modules that include first and second lens portions having mutually different focal distances and first and second imaging elements that light passing through the first and second lens portions enters, are configured to be capable of imaging first and second imaging regions (R1, R2) each having a short side (QS) and a long side (QL) in an external environment spread in front in an imaging direction, respectively, and are arranged side by side in a direction along the short side(QS), wherein in each of the first and second imaging regions (R1, R2), the short side (QS) extends vertically and the long side (QL) extends horizontally; and a frame portion including first and second holding portions , wherein the first holding portion holds the first imaging module and the second holding portion holds the second imaging module , wherein the first lens portion has a focal length longer than a focal length of the second lens portion , wherein the second holding portion is located vertically above the first holding portion , characterized in that the second holding portion is positioned more forward than the first holding portion and the second holding portion is positioned more forward than the first lens portion . first and second imaging modules that include first and second lens portions having mutually different focal distances and first and second imaging elements that light passing through the first and second lens portions enters, are configured to be capable of imaging first and second imaging regions (R1, R2) each having a short side (QS) and a long side (QL) in an external environment spread in front in an imaging direction, respectively, and are arranged side by side in a direction along the short side(QS), wherein in each of the first and second imaging regions (R1, R2), the short side (QS) extends vertically and the long side (QL) extends horizontally; and a frame portion including first and second holding portions , wherein the first holding portion holds the first imaging module and the second holding portion holds the second imaging module , wherein the first lens portion has a focal length longer than a focal length of the second lens portion , wherein the second holding portion is located vertically above the first holding portion , characterized in that the second holding portion is positioned more forward than the first holding portion and the second holding portion is positioned more forward than the first lens portion .
Refrigerator with an appliance body , on which at least two doors arranged one above the other are pivotably mounted, which open or close an interior space of the appliance body , a) wherein the doors are connected to the appliance body in the closed position via at least one seal , b) wherein the two doors are pivotably mounted via a double hinge which is fixed to the appliance body with a mounting plate which is connected via a plurality of movable joint levers to an upper hinge part connected to the upper door and via a plurality of further movable joint levers to a lower hinge part connected to the lower door , c) and the upper door is pivotably mounted on the appliance body via a support hinge which is fixed to the appliance body with a mounting element which is connected to an upper hinge part connected to the upper door with a plurality of joint levers , d) and the lower door is pivotably mounted on the appliance body via the double hinge and a further support hinge characterized in that the joint levers of the support hinge have a greater vertical extension than the joint levers of the double hinge . a) wherein the doors are connected to the appliance body in the closed position via at least one seal , b) wherein the two doors are pivotably mounted via a double hinge which is fixed to the appliance body with a mounting plate which is connected via a plurality of movable joint levers to an upper hinge part connected to the upper door and via a plurality of further movable joint levers to a lower hinge part connected to the lower door , c) and the upper door is pivotably mounted on the appliance body via a support hinge which is fixed to the appliance body with a mounting element which is connected to an upper hinge part connected to the upper door with a plurality of joint levers , d) and the lower door is pivotably mounted on the appliance body via the double hinge and a further support hinge
A method for producing an SiC crystal, comprising supplying a raw material gas containing Si, C and N to vapor-grow an N-doped SiC crystal on an SiC substrate by a CVD method , wherein the SiC substrate is an SiC substrate having deposited on the surface thereof La, Ce or Ti or an SiC substrate having implanted thereinto La, Ce or Ti ion.
A method of identifying an inhibitor of a protein modifying enzyme suitable for treating a patient, comprising: (i) calculating the value K for each protein modifying enzyme in a sample obtained from said patient using a method of quantifying the activity of a protein modifying enzyme in a sample, comprising inputting quantitative Mass Spectrometry (MS) phosphoproteomics data and calculating the value K for said protein-modifying enzyme as follows: K = ∑ i = 1 m α i ∑ j = 1 l β j wherein m = the number of modified peptides in the sample that are substrates of said protein modifying enzyme; α = the intensity of the modified peptides i ; i = each modified peptide in the sample that is a substrate of said protein modifying enzyme; l = the total number of modified peptides in the sample; β = the intensity of the modified peptides j ; and j = all of the modified peptides in the sample; (ii) identifying the protein modifying enzyme with the highest value K ; and (iii) selecting an inhibitor that targets the protein modifying enzyme with the highest value K , wherein the protein modifying enzyme is a protein kinase and the patient is suffering from or suspected of suffering from cancer. (i) calculating the value K for each protein modifying enzyme in a sample obtained from said patient using a method of quantifying the activity of a protein modifying enzyme in a sample, comprising inputting quantitative Mass Spectrometry (MS) phosphoproteomics data and calculating the value K for said protein-modifying enzyme as follows: K = ∑ i = 1 m α i ∑ j = 1 l β j wherein m = the number of modified peptides in the sample that are substrates of said protein modifying enzyme; α = the intensity of the modified peptides i ; i = each modified peptide in the sample that is a substrate of said protein modifying enzyme; l = the total number of modified peptides in the sample; β = the intensity of the modified peptides j ; and j = all of the modified peptides in the sample; m = the number of modified peptides in the sample that are substrates of said protein modifying enzyme; α = the intensity of the modified peptides i ; i = each modified peptide in the sample that is a substrate of said protein modifying enzyme; l = the total number of modified peptides in the sample; β = the intensity of the modified peptides j ; and j = all of the modified peptides in the sample; (ii) identifying the protein modifying enzyme with the highest value K ; and (iii) selecting an inhibitor that targets the protein modifying enzyme with the highest value K ,
Use of a synthetic fixing resin for fixing an anchoring element in a hole in a building substrate, wherein the synthetic fixing resin is a single-component or multi-component synthetic fixing resin based on a silicone resin containing at least one hydrolysable group bonded to Si, with or without at least one low-molecular-weight active silane which contains one or more hydrolysable groups and has a molecular weight of 1000 Da or less.
A method of manufacturing a skeleton for a magnetic core comprising ferromagnetic rods separated with air layers, the method employing an additive technology on a 3D printer using SLM, SLS or DML methods or 3D welding and consisting of the following steps: - specification of directions of magnetic lines in the stationary state on a model - a massive core provided with an induction coil - by means of a numerical method, for instance the FEM method, - creation of a bundle of rods separated from each other with air layers, the individual rods taking the direction of the magnetic lines, - determination of a shape of the rod bundle, the rod arrangement in the bundle, as well as a shape and an area of the cross-sectiona of the individual rods by means of a numerical method, for instance the FEM method, based on the magnetic flux intensity in the given cross-section of the core of the model. - specification of directions of magnetic lines in the stationary state on a model - a massive core provided with an induction coil - by means of a numerical method, for instance the FEM method, - creation of a bundle of rods separated from each other with air layers, the individual rods taking the direction of the magnetic lines, - determination of a shape of the rod bundle, the rod arrangement in the bundle, as well as a shape and an area of the cross-sectiona of the individual rods by means of a numerical method, for instance the FEM method, based on the magnetic flux intensity in the given cross-section of the core of the model.
Apparatus, comprising checking means adapted to check if a notification identifier comprised by a received primary notification and a correlation identifier comprised by a received secondary notification match each other, wherein the primary notification is different from the secondary notification; correlation generating means adapted to generate, if the notification identifier and the correlation identifier match each other, a correlation indication; characterized by providing means adapted to provide, to a management device, if the notification identifier and the correlation identifier match each other, a primary forward status change indication generated based on a primary status change indication comprised in the primary notification, a secondary forward status change indication generated based on a secondary status change indication comprised in the secondary notification, and the correlation indication. checking means adapted to check if a notification identifier comprised by a received primary notification and a correlation identifier comprised by a received secondary notification match each other, wherein the primary notification is different from the secondary notification; correlation generating means adapted to generate, if the notification identifier and the correlation identifier match each other, a correlation indication; characterized by providing means adapted to provide, to a management device, if the notification identifier and the correlation identifier match each other, a primary forward status change indication generated based on a primary status change indication comprised in the primary notification, a secondary forward status change indication generated based on a secondary status change indication comprised in the secondary notification, and the correlation indication.
A brake caliper for a disc brake comprising a caliper body , a brake pad and at least one retraction device of the brake pad from a braking disc , said device being configured to retract said brake pad from at least one of opposite braking surfaces delimited by the braking disc ; wherein the brake pad comprises a friction material delimiting a pad plane adapted to lean against the braking surface to exert a braking action on the braking disc , said brake pad being adapted to receive a thrust along an axial direction (X-X) by at least one thrust device hosted in the caliper body ; wherein the caliper body delimits a first pad abutment surface , inclined in a non-orthogonal direction with respect to the pad plane and with respect to said axial direction (X-X), to delimit a tapered space with the braking surface of the braking disc , the first pad abutment surface being oriented so that, during the braking action, said surface guides the brake pad wedging in the tapered space ; wherein the brake pad delimits a retraction surface , inclined in a non-orthogonal direction with respect to the pad plane and oriented so that, during the retraction action, the brake pad is guided partially outside of the tapered space , characterized in that the retraction device of the brake pad comprises a working portion , movable in a transverse direction (Y-Y), incident or substantially orthogonal with respect to the axial direction (X-X), said portion being pressed in abutment of the retraction surface , slidably along the latter, to retract the brake pad .
A tissue joining device , comprising: a plurality of tissue graspers directly or indirectly connected to a central conductor and/or an external conductor configured to apply microwaves and each including a tip having a shape which enables grasp tissues, or a plurality of tissue graspers each including the central conductor and/or the external conductor configured to apply microwaves and each including a tip having a shape which enables grasping tissues; and a tissue-grasper accommodating cylinder configured to accommodate the plurality of tissue graspers , wherein the plurality of tissue graspers are released when the tissue-grasper accommodating cylinder moves in a proximal direction of a longitudinal axis (X), further, the tips of the plurality of tissue graspers cause portions of targeted attaching tissues to be brought into contact with each other or placed on one another when the tissue-grasper accommodating cylinder moves in a distal direction of the longitudinal axis (X), further, the portions having been brought into contact with each other or placed on one another are coagulated and/or fastened with use of microwaves to fix the target tissues, and wherein the tissue graspers each have a hook shape, a barb shape, or a fishhook shape, and a base portion that is curved and have elasticity. a plurality of tissue graspers directly or indirectly connected to a central conductor and/or an external conductor configured to apply microwaves and each including a tip having a shape which enables grasp tissues, or a plurality of tissue graspers each including the central conductor and/or the external conductor configured to apply microwaves and each including a tip having a shape which enables grasping tissues; and a tissue-grasper accommodating cylinder configured to accommodate the plurality of tissue graspers , wherein the plurality of tissue graspers are released when the tissue-grasper accommodating cylinder moves in a proximal direction of a longitudinal axis (X), further, the tips of the plurality of tissue graspers cause portions of targeted attaching tissues to be brought into contact with each other or placed on one another when the tissue-grasper accommodating cylinder moves in a distal direction of the longitudinal axis (X), further, the portions having been brought into contact with each other or placed on one another are coagulated and/or fastened with use of microwaves to fix the target tissues, and wherein the tissue graspers each have a hook shape, a barb shape, or a fishhook shape, and a base portion that is curved and have elasticity.
A method for equalizing the capacities of blocks, which are computed at a modulator site and show the amount of information reliably transmitted to a receiver, to increase performance and decrease wasted power of a communication system, characterized in that the method comprises the steps of: • computing capacities of modulation symbols to be transmitted over a channel and bits forming these symbols in a transmitter, • computing a block capacity of each block by using the symbol capacities and the distribution of the symbols forming the block, • increasing the capacity of low capacity blocks to a predetermined targeted capacity by increasing the transmitted block power of these blocks, • decreasing the power of blocks having excess capacity in amount to equalize their capacity with the targeted capacity. • computing capacities of modulation symbols to be transmitted over a channel and bits forming these symbols in a transmitter, • computing a block capacity of each block by using the symbol capacities and the distribution of the symbols forming the block, • increasing the capacity of low capacity blocks to a predetermined targeted capacity by increasing the transmitted block power of these blocks, • decreasing the power of blocks having excess capacity in amount to equalize their capacity with the targeted capacity.
A piston ring comprising a sliding surface covered with a Cr-B-V-Ti-N alloy film; a B content being within a range of 0.1-1.5 mass% inclusive, a V content being within a range of 0.05-1 mass% inclusive, and a ratio [B content / V content] being within a range greater than 1 and 30 or less, wherein the Ti content is within a range of 1.9-8 mass%, the Cr content is within a range of 55-61 mass% inclusive, and the N content is within a range of 32-40 mass% inclusive.
An inhalation spacer for use with a pressurised metered dose inhaler, the inhalation spacer being movable between a collapsed configuration for storage or transport and an expanded configuration for use, wherein the spacer comprises upper and lower portions , and opposing axial end portions, wherein the inlet aperture an outlet aperture are formed therein wherein, in the expanded configuration, the upper and lower portions define an air flow path between the air inlet and the air outlet and, in the collapsed configuration, the upper and lower portions are planar and overlay one another, wherein to expand the spacer from the collapsed configuration to the expanded configuration, a user pushes the first and second axial end portions towards each other which forces the first and second axial end portions to fold inwards, wherein the paper spacer is made from paperboard having a bending stiffness of at least 2.5 mNm. wherein the spacer comprises upper and lower portions , and opposing axial end portions, wherein the inlet aperture an outlet aperture are formed therein wherein, in the expanded configuration, the upper and lower portions define an air flow path between the air inlet and the air outlet and, in the collapsed configuration, the upper and lower portions are planar and overlay one another, wherein to expand the spacer from the collapsed configuration to the expanded configuration, a user pushes the first and second axial end portions towards each other which forces the first and second axial end portions to fold inwards, wherein the paper spacer is made from paperboard having a bending stiffness of at least 2.5 mNm.
Six-axis machining robot for machining workpieces using a laser beam, with deflecting means, a coupling means , a machining robot head , a laser machining tool, especially with a nozzle means , and a machining laser, especially a CO 2 machining laser, for producing a laser beam , where the laser power is between 60 W and 300 W, wherein the laser beam is to be directed, by deflecting means, substantially along a longitudinal axis of the machining robot via an articulated coupling means into an inlet into a central machining robot axis and to a machining robot head comprising a laser machining tool around an output region of the laser beam , characterized by that the machining laser for generating the laser beam is integrated into a machining robot arm of the central machining robot axis , which essentially comprises a carbon housing , in particular consists of a carbon housing , whereas the carbon housing is a complete upper outer housing of the robot arm made of carbon with appropriate attachments made of aluminium.