mhurhangee/patent-ind-claim-en huggingface dataset:
An illuminator comprising: a light source section that emits light including a first polarization component and a second polarization component, the first polarization component and the second polarization component being different from each other in polarization direction; and an optical phase modulator that generates first illumination light and second illumination light on a basis of the light emitted from the light source section and emits the first illumination light and the second illumination light, the first illumination light being used in a light intensity modulator to generate an image in a first luminance region, the second illumination light being used in the light intensity modulator to generate an image in a second luminance region, the second luminance region having a luminance higher than that of the first luminance region, wherein the optical phase modulator emits, as the first illumination light, light of the first polarization component of the light emitted from the light source section without performing phase modulation, and the optical phase modulator performs phase modulation on light of the second polarization component of the light emitted from the light source section on a basis of the image in the second luminance region, and emits the phase-modulated light as the second illumination light. a light source section that emits light including a first polarization component and a second polarization component, the first polarization component and the second polarization component being different from each other in polarization direction; and an optical phase modulator that generates first illumination light and second illumination light on a basis of the light emitted from the light source section and emits the first illumination light and the second illumination light, the first illumination light being used in a light intensity modulator to generate an image in a first luminance region, the second illumination light being used in the light intensity modulator to generate an image in a second luminance region, the second luminance region having a luminance higher than that of the first luminance region, wherein the optical phase modulator emits, as the first illumination light, light of the first polarization component of the light emitted from the light source section without performing phase modulation, and the optical phase modulator performs phase modulation on light of the second polarization component of the light emitted from the light source section on a basis of the image in the second luminance region, and emits the phase-modulated light as the second illumination light.
A method for transmitting messages characterized in that the method comprises: storing a first text or audio message in an electronic lock , wherein the first message is created on a mobile device and transmitted to the electronic lock for storage; determining via the electronic lock whether a triggering event has occurred, wherein the triggering event is selected from a plurality of triggering events including kicking or breaking in a door associated with the electronic lock and identifying if a first mobile device comes within Bluetooth communication range of the electronic lock ; transmitting the first message from the electronic lock to the first mobile device via Bluetooth communication in response to the triggering event in which the first mobile device comes within Bluetooth communication range of the electronic lock ; in response to the triggering event in which the door associated with the electronic lock is kicked in or broken into transmitting a second message from the electronic lock to a computer or a network bridge that is within Bluetooth communication range of the electronic lock to send a third message to all of a plurality of external devices outside of the Bluetooth communication range associated with the electronic lock via one of an Internet and a cellular network. storing a first text or audio message in an electronic lock , wherein the first message is created on a mobile device and transmitted to the electronic lock for storage; determining via the electronic lock whether a triggering event has occurred, wherein the triggering event is selected from a plurality of triggering events including kicking or breaking in a door associated with the electronic lock and identifying if a first mobile device comes within Bluetooth communication range of the electronic lock ; transmitting the first message from the electronic lock to the first mobile device via Bluetooth communication in response to the triggering event in which the first mobile device comes within Bluetooth communication range of the electronic lock ; in response to the triggering event in which the door associated with the electronic lock is kicked in or broken into transmitting a second message from the electronic lock to a computer or a network bridge that is within Bluetooth communication range of the electronic lock to send a third message to all of a plurality of external devices outside of the Bluetooth communication range associated with the electronic lock via one of an Internet and a cellular network.
A control device for controlling an electric motor including a rotor and a stator and for estimating a magnetic pole position of the electric motor , the control device comprising: a magnetic pole position adjustor configured to store an initial position of a magnetic pole position of the electric motor and to rotate the magnetic pole position; a q-axis current command generator configured to output a q-axis current command based on which the electric motor is controlled; a power converter configured to supply power to the electric motor based on the q-axis current command; and a position detector configured to detect a movement amount and a moving direction of the rotor of the electric motor , wherein the control device is configured to estimate the magnetic pole position of the electric motor by: the magnetic pole position adjustor rotating the magnetic pole position in a positive direction or a negative direction according to the moving direction detected by the position detector after the q-axis current command has been outputted, and characterized in that the magnetic pole position adjustor storing each of a magnetic pole position at which the movement amount of the rotor becomes 0 as an actual measurement magnetic pole position and a magnetic pole position that is the actual measurement magnetic pole position rotated -90 degrees as a control start position. a magnetic pole position adjustor configured to store an initial position of a magnetic pole position of the electric motor and to rotate the magnetic pole position; a q-axis current command generator configured to output a q-axis current command based on which the electric motor is controlled; a power converter configured to supply power to the electric motor based on the q-axis current command; and a position detector configured to detect a movement amount and a moving direction of the rotor of the electric motor , wherein the control device is configured to estimate the magnetic pole position of the electric motor by: the magnetic pole position adjustor rotating the magnetic pole position in a positive direction or a negative direction according to the moving direction detected by the position detector after the q-axis current command has been outputted, and characterized in that the magnetic pole position adjustor storing each of a magnetic pole position at which the movement amount of the rotor becomes 0 as an actual measurement magnetic pole position and a magnetic pole position that is the actual measurement magnetic pole position rotated -90 degrees as a control start position.
A direct blade guidance system , comprising: - a robot arm configured to be positioned by a surgical robot ; - an end effector arm including a base configured to attach to an end effector coupler of the robot arm , wherein the end effector arm includes a plurality of linkages connected by a plurality of joints, including a distal joint (2116; 2216) disposed at a distal end of the end effector arm , the distal joint (2116; 2216) having a rotational axis; - a blade adaptor (2114; 2214) connected to the end effector arm via the distal joint (2116; 2216) ; - a sagittal saw blade connected to the blade adaptor (2114; 2214), and - a handpiece connected to the sagittal saw blade (2104; 2204) comprising a mechanism to rotationally oscillate the sagittal saw blade (2104; 2204) and the blade adaptor (2114; 2214) about one blade vibration axis, wherein the sagittal saw blade (2104; 2204) and blade adaptor (2114; 2214) are configured to rotationally oscillate about said blade vibration axis and being characterized in that the blade vibration axis is aligned with the rotational axis of the distal joint (2116; 2216); - a robot arm configured to be positioned by a surgical robot ; - an end effector arm including a base configured to attach to an end effector coupler of the robot arm , wherein the end effector arm includes a plurality of linkages connected by a plurality of joints, including a distal joint (2116; 2216) disposed at a distal end of the end effector arm , the distal joint (2116; 2216) having a rotational axis; - a blade adaptor (2114; 2214) connected to the end effector arm via the distal joint (2116; 2216) ; - a sagittal saw blade connected to the blade adaptor (2114; 2214), and - a handpiece connected to the sagittal saw blade (2104; 2204) comprising a mechanism to rotationally oscillate the sagittal saw blade (2104; 2204) and the blade adaptor (2114; 2214) about one blade vibration axis, wherein the sagittal saw blade (2104; 2204) and blade adaptor (2114; 2214) are configured to rotationally oscillate about said blade vibration axis and being characterized in that the blade vibration axis is aligned with the rotational axis of the distal joint (2116; 2216);
A core sampling system, comprising: a core barrel comprises a carrier chamber configured to receive a core sample from a well, and a piston configured to provide a pressurized force on the core sample within the chamber; an isolated pressure compensation system ; a selectively activated isolation mechanism coupled between the core barrel and the isolated pressure compensation system ; and a controller configured to deactivate the selectively activated isolation mechanism upon closing of the core barrel. a core barrel comprises a carrier chamber configured to receive a core sample from a well, and a piston configured to provide a pressurized force on the core sample within the chamber; an isolated pressure compensation system ; a selectively activated isolation mechanism coupled between the core barrel and the isolated pressure compensation system ; and a controller configured to deactivate the selectively activated isolation mechanism upon closing of the core barrel.
Substance mixtures comprising (a) limonene, (b) propane-1,3-diol, and (c) rebaudiosid A. (a) limonene, (b) propane-1,3-diol, and (c) rebaudiosid A.
A fecal matter containment system comprising: a flexible container constructed to receive fecal matter directly from an anus of a user and defined by a closed end and an opening formed through the container at an opposite longitudinal end of the flexible container relative to the closed end such that the flexible container and the opening define a single blind opening; an adhesive layer having a first side that is attached to the container and disposed circumferentially about the opening and a second side opposite the first side and selected to adhere to an epidermis of a user, wherein the adhesive layer is shaped to define a passage that is aligned with the opening of the container and selectively securable to the epidermis of a user proximate an anal opening of a user, characterised in that said adhesive layer is a multi-ply adhesive layer which includes a contour and physical memory that indicates a desired orientation of the flexible container during placement. a flexible container constructed to receive fecal matter directly from an anus of a user and defined by a closed end and an opening formed through the container at an opposite longitudinal end of the flexible container relative to the closed end such that the flexible container and the opening define a single blind opening; an adhesive layer having a first side that is attached to the container and disposed circumferentially about the opening and a second side opposite the first side and selected to adhere to an epidermis of a user, wherein the adhesive layer is shaped to define a passage that is aligned with the opening of the container and selectively securable to the epidermis of a user proximate an anal opening of a user, characterised in that said adhesive layer is a multi-ply adhesive layer which includes a contour and physical memory that indicates a desired orientation of the flexible container during placement.
An ethylene-based polymer comprising a higher molecular weight component (HMW component) and a lower molecular weight component (LMW component), the ethylene-based polymer being characterized by a density greater than or equal to 0.949 g/cm 3 , measured according to ASTM D792, a ratio of Mw/Mn of from 25 to 35, an ESCR of at least 600 hr. measured according to ASTM D-1693, Condition B (Igepal 10%), and by a bimodal weight average molecular weight distribution with a local minimum in a range of log (molecular weight) 4 to 6 between a peak representing the HMW component and a peak representing the LMW component, as determined by Gel Permeation Chromatography (GPC) analysis, of the ethylene-based polymer.
Railway vehicle with a car body structure and a door opening , in particular an outer door, wherein the car body structure comprises as load-bearing component at least one hollow chamber profile - with a first profile chamber extending in a longitudinal direction (X) of the hollow chamber profile and closed transversely to the longitudinal direction (X), and - with at least one second profile chamber extending in the longitudinal direction (X) of the hollow chamber profile and closed transversely to the longitudinal direction (X), - wherein the hollow chamber profile runs parallel to the longitudinal direction (X') of the car body structure , - wherein the hollow chamber profile is arranged vertically below and/or above the door opening - wherein the at least one second profile chamber is formed by an extrusion profile closed transversely to the longitudinal direction (X), and - wherein, in a section transverse to the longitudinal direction (X), the cross-sectional area of the first profile chamber is larger than the cross-sectional area of the at least one second profile chamber , characterised in that the first profile chamber is formed by - a section of the closed extrusion profile , or - a portion of a first closed extrusion profile and a portion of at least one second closed extrusion profile as well as at least one further profile open transversely to the longitudinal direction (X), the respective closed extrusion profile and the at least one further profile being connected, preferably welded, to one another with a material bond. - with a first profile chamber extending in a longitudinal direction (X) of the hollow chamber profile and closed transversely to the longitudinal direction (X), and - with at least one second profile chamber extending in the longitudinal direction (X) of the hollow chamber profile and closed transversely to the longitudinal direction (X), - wherein the hollow chamber profile runs parallel to the longitudinal direction (X') of the car body structure , - wherein the hollow chamber profile is arranged vertically below and/or above the door opening - wherein the at least one second profile chamber is formed by an extrusion profile closed transversely to the longitudinal direction (X), and - wherein, in a section transverse to the longitudinal direction (X), the cross-sectional area of the first profile chamber is larger than the cross-sectional area of the at least one second profile chamber , - a section of the closed extrusion profile , or - a portion of a first closed extrusion profile and a portion of at least one second closed extrusion profile
A computer implemented method of searching for a match of at least one feature in a plurality of encrypted records, comprising: using at least one processor of a server associated with a database comprising a plurality of non-indexed encrypted records, the at least one processor is adapted for: receiving a query for searching at least one plaintext feature in the plurality of encrypted records, the query comprises a first hash value calculated for each of the at least one plaintext feature; calculating, for each of the plurality of encrypted records, a second hash value based on the first hash value and a nonce associated with each encrypted record; searching for a match of the second hash value in each of a plurality of sorted hash arrays each associated with a respective one of the plurality of encrypted records using a binary search algorithm, each sorted hash array comprising a set of second hash values sorted according to their value, each of the second hash values is calculated for a respective feature of the respective encrypted record based on the first hash of the respective feature and the nonce of the respective encrypted record; and outputting an indication of matching encrypted records according to the match. receiving a query for searching at least one plaintext feature in the plurality of encrypted records, the query comprises a first hash value calculated for each of the at least one plaintext feature; calculating, for each of the plurality of encrypted records, a second hash value based on the first hash value and a nonce associated with each encrypted record; searching for a match of the second hash value in each of a plurality of sorted hash arrays each associated with a respective one of the plurality of encrypted records using a binary search algorithm, each sorted hash array comprising a set of second hash values sorted according to their value, each of the second hash values is calculated for a respective feature of the respective encrypted record based on the first hash of the respective feature and the nonce of the respective encrypted record; and outputting an indication of matching encrypted records according to the match.
Sanding block for manual use, in particular for manually sanding surfaces, having at least one base plate for holding an abrasive article , and at least one sanding block body having a grip region , characterized in that integrated into the sanding block is an accumulator-battery-operated means for suctioning-off sanding dust , which comprises at least one dust box , a motor housing , in which there is provided a drive motor having an impeller wheel , and an accumulator battery for mains-independent supply of electric power to the drive motor .
A method for producing a through-contact plating in a carrier film printed on both sides with conductor tracks and having a first and a second side , wherein the method comprises the following steps: - printing of the first side of the carrier film with electrically conductive material , whereby the area of the prospective through-contact plating is covered, - after printing the first side , a through hole is made in the carrier film , wherein the already applied electrically conductive material is retained, - printing of the second side of the carrier film with electrically conductive material , wherein the through hole being filled with a filling print , and - at least one further printing of the second side of the carrier film with electrically conductive material , wherein the through hole and the already printed electrically conductive material of the filling print are at least partially covered, and wherein during the further printing of the second side of the carrier film an antenna print of the electrically conductive material is applied at the same time. - printing of the first side of the carrier film with electrically conductive material , whereby the area of the prospective through-contact plating is covered, - after printing the first side , a through hole is made in the carrier film , wherein the already applied electrically conductive material is retained, - printing of the second side of the carrier film with electrically conductive material , wherein the through hole being filled with a filling print , and - at least one further printing of the second side of the carrier film with electrically conductive material , wherein the through hole and the already printed electrically conductive material of the filling print are at least partially covered, and wherein during the further printing of the second side of the carrier film an antenna print of the electrically conductive material is applied at the same time.
A method for receiving a random access preamble by a base station in a wireless communication system employing TDD, time division duplex, mode, the method comprising: generating random access channel, RACH, resource allocation information to allocate a RACH resource in an uplink pilot time slot, UpPTS; transmitting the RACH resource allocation information to a terminal; and receiving a random access preamble in the UpPTS from the terminal, wherein first resource blocks of the RACH resource corresponding to a first timing are configured at one position of a frequency band and second resource blocks of the RACH resource corresponding to a second timing are configured at another position of the frequency band, and wherein the first resource blocks and the second resource blocks are determined based on a RACH resource index. generating random access channel, RACH, resource allocation information to allocate a RACH resource in an uplink pilot time slot, UpPTS; transmitting the RACH resource allocation information to a terminal; and receiving a random access preamble in the UpPTS from the terminal, wherein first resource blocks of the RACH resource corresponding to a first timing are configured at one position of a frequency band and second resource blocks of the RACH resource corresponding to a second timing are configured at another position of the frequency band, and wherein the first resource blocks and the second resource blocks are determined based on a RACH resource index.