mhurhangee/patent-ind-claim-en huggingface dataset:
An object moving device , comprising: a guide rail including a base portion which extends in a predetermined direction, and an erected portion which is erected on the base portion along an extending direction of the base portion ; and a carrier plate including a main body portion which holds a holding object, and a slit which houses the erected portion , wherein the carrier plate is attached to the guide rail so as to move on the guide rail along the extending direction, the erected portion includes a first surface and a second surface which extend in the extending direction, the slit is formed by a first edge portion which is disposed on a side of the first surface of the erected portion and a second edge portion which is disposed on a side of the second surface of the erected portion , a cutout portion which includes an opening facing the erected portion is provided in at least one of the first edge portion and the second edge portion , the cutout portion includes a space portion which allows grease to be stored therein, and the grease stored in the cutout portion is applied to the erected portion which slides in the slit when the carrier plate moves on the guide rail . a guide rail including a base portion which extends in a predetermined direction, and an erected portion which is erected on the base portion along an extending direction of the base portion ; and a carrier plate including a main body portion which holds a holding object, and a slit which houses the erected portion , wherein the carrier plate is attached to the guide rail so as to move on the guide rail along the extending direction, the erected portion includes a first surface and a second surface which extend in the extending direction, the slit is formed by a first edge portion which is disposed on a side of the first surface of the erected portion and a second edge portion which is disposed on a side of the second surface of the erected portion , a cutout portion which includes an opening facing the erected portion is provided in at least one of the first edge portion and the second edge portion , the cutout portion includes a space portion which allows grease to be stored therein, and the grease stored in the cutout portion is applied to the erected portion which slides in the slit when the carrier plate moves on the guide rail .
Shelf for a refrigerator, comprising a carrier plate and an overflow protection, wherein the upper side of the carrier plate has a middle region for storage of containers, and the overflow protection is arranged around the middle region , characterized in that the overflow protection is configured in the form of a hydrophobic layer on the carrier plate in a first sub-portion, and comprises a frame element in a second sub-portion adjoining the first sub-portion, wherein the overflow protection completely encloses the middle region of the carrier plate , wherein the overflow protection has a front portion at the front side of the shelf, a rear portion at the rear side of the shelf and two lateral portions at the sides of the shelf, and wherein the lateral portions are configured as a hydrophobic layer substantially over the entire length thereof, and the front portion and/or the rear portion comprise/comprises a frame element substantially over the entire length thereof, wherein the frame element is at the same time configured as a grip part for pulling out the shelf , or as a rear shelf delimitation, or wherein the lateral portions of the overflow protection comprise a frame element substantially over the entire length thereof, and the front portion and/or the rear portion are/is configured as a hydrophobic layer substantially over the entire length thereof, wherein the lateral frame elements are at the same time used to guide and mount the shelf.
A robot cleaner comprising: a housing ; a light source configured to emit light toward an obstacle in front of the robot cleaner; a camera including a lens , the camera being configured to simultaneously receive light incident through the front of the housing and light incident through the top of the housing; a reflector configured to reflect the light emitted by the light source, reflected by the obstacle, and incident on the front of the housing toward a first region of the lens; and a guide member configured to guide light incident on the top of the housing toward a second region of the lens different from the first region. a housing ; a light source configured to emit light toward an obstacle in front of the robot cleaner; a camera including a lens , the camera being configured to simultaneously receive light incident through the front of the housing and light incident through the top of the housing; a reflector configured to reflect the light emitted by the light source, reflected by the obstacle, and incident on the front of the housing toward a first region of the lens; and a guide member configured to guide light incident on the top of the housing toward a second region of the lens different from the first region.
A user terminal comprising: a transmitting section configured to transmit uplink control information and a demodulation reference signal, DMRS, using an uplink shared channel set to one or more symbols; a control section configured to control transmission of the DMRS using a specific DMRS configuration, wherein the specific DMRS configuration comprises a DMRS type; and wherein the control section is further configured to control transmission of the uplink control information based on the DMRS type, and to transmit the uplink control information using the uplink shared channel when a specific DMRS type is set, and the control section is configured to not transmit the uplink control information using the uplink shared channel when a DMRS type other than the specific DMRS type is set. a transmitting section configured to transmit uplink control information and a demodulation reference signal, DMRS, using an uplink shared channel set to one or more symbols; a control section configured to control transmission of the DMRS using a specific DMRS configuration, wherein the specific DMRS configuration comprises a DMRS type; and wherein the control section is further configured to control transmission of the uplink control information based on the DMRS type, and to transmit the uplink control information using the uplink shared channel when a specific DMRS type is set, and the control section is configured to not transmit the uplink control information using the uplink shared channel when a DMRS type other than the specific DMRS type is set.
A virtual reference station switching method in a real time kinematic system, comprising: obtaining, by a central station, networking change information of a reference station network; obtaining, by the central station, prediction information based on the networking change information of the reference station network, wherein the prediction information comprises: a reference station combination used to calculate a virtual reference station of a mobile station is switched from a first reference station combination to a second reference station combination; obtaining, by the central station, a first virtual reference station through calculation based on the first reference station combination, obtaining a second virtual reference station through calculation based on the second reference station combination, and obtaining first virtual reference station information and second virtual reference station information; and providing, by the central station, at least one of the first virtual reference station information or the second virtual reference station information to the mobile station, so that positioning correction is performed on the mobile station. obtaining, by a central station, networking change information of a reference station network; obtaining, by the central station, prediction information based on the networking change information of the reference station network, wherein the prediction information comprises: a reference station combination used to calculate a virtual reference station of a mobile station is switched from a first reference station combination to a second reference station combination; obtaining, by the central station, a first virtual reference station through calculation based on the first reference station combination, obtaining a second virtual reference station through calculation based on the second reference station combination, and obtaining first virtual reference station information and second virtual reference station information; and providing, by the central station, at least one of the first virtual reference station information or the second virtual reference station information to the mobile station, so that positioning correction is performed on the mobile station.
A system comprising: at least one computing device comprising a processor and a memory; and a management service executable by the at least one computing device , the management service causing the at least one computing device to at least: initiate enrollment of a client device with the management service as a managed device, wherein the at least one computing device is in communication with the client device over a network ; initiate installation of an email client on the client device , wherein the email client is installed as a managed application that is managed by the management service ; generate an email service profile which is associated with a third-party service and which identifies a characteristic of an email message associated with the third-party service ; and initiate installation of the email service profile on the client device by the management service wherein the email client installed on the client device can identify an email message from the third party service based upon the associated characteristic identified in the installed email service profile and take an action on behalf of the user with respect to the email message in the third-party service that is separate from a user's email account. at least one computing device comprising a processor and a memory; and a management service executable by the at least one computing device , the management service causing the at least one computing device to at least: initiate enrollment of a client device with the management service as a managed device, wherein the at least one computing device is in communication with the client device over a network ; initiate installation of an email client on the client device , wherein the email client is installed as a managed application that is managed by the management service ; generate an email service profile which is associated with a third-party service and which identifies a characteristic of an email message associated with the third-party service ; and initiate installation of the email service profile on the client device by the management service initiate enrollment of a client device with the management service as a managed device, wherein the at least one computing device is in communication with the client device over a network ; initiate installation of an email client on the client device , wherein the email client is installed as a managed application that is managed by the management service ; generate an email service profile which is associated with a third-party service and which identifies a characteristic of an email message associated with the third-party service ; and initiate installation of the email service profile on the client device by the management service wherein the email client installed on the client device can identify an email message from the third party service based upon the associated characteristic identified in the installed email service profile and take an action on behalf of the user with respect to the email message in the third-party service that is separate from a user's email account.
A composition comprising a 5-ALA ester, or a pharmaceutically acceptable salt thereof, for use in photodynamic therapy (PDT) on an animal for the treatment of infections, wherein said PDT comprises: (a) administration of the composition to said animal; and (b) exposure of said animal to photoactivating light, wherein: (i) said composition comprises said 5-ALA ester in a concentration of 0.5 to 8 % wt, and (ii) exposure of said animal to photoactivating light is carried out with a light source having a fluence rate of 5 to 40 mW/cm 2 ; and wherein said 5-ALA ester is a compound of general formula I: R 2 2 N-CH 2 COCH 2 -CH 2 CO-OR 1 (I) (wherein R 1 represents an unsubstituted C 1-6 alkyl group; and each R 2 represents a hydrogen atom). (a) administration of the composition to said animal; and (b) exposure of said animal to photoactivating light, wherein: (i) said composition comprises said 5-ALA ester in a concentration of 0.5 to 8 % wt, and (ii) exposure of said animal to photoactivating light is carried out with a light source having a fluence rate of 5 to 40 mW/cm 2 ; and wherein said 5-ALA ester is a compound of general formula I: R 2 2 N-CH 2 COCH 2 -CH 2 CO-OR 1 (I) (wherein R 1 represents an unsubstituted C 1-6 alkyl group; and each R 2 represents a hydrogen atom). (i) said composition comprises said 5-ALA ester in a concentration of 0.5 to 8 % wt, and (ii) exposure of said animal to photoactivating light is carried out with a light source having a fluence rate of 5 to 40 mW/cm 2 ; R 1 represents an unsubstituted C 1-6 alkyl group; and each R 2 represents a hydrogen atom).
A rotary evaporator for evaporating a substance contained in an initial substance, the rotary evaporator having an evaporation flask for receiving the initial substance, a device for heating the substance, a condenser for condensing the vaporized substance, a collection container for receiving the re-liquefied substance and at least one device for generating a low pressure and/or an excess pressure, characterized in that an excess pressure can be generated at least within the collection container in order to remove the re-liquefied substance and/or an excess pressure can be generated at least within the evaporation flask in order to remove residues of the initial substance, and wherein a first conduit and/or a first conduit portion (31, 32, 33, 11 a) for supplying the initial substance in a metered manner is at least temporarily connected with a distillate removal container in order to supply a removed distillate again to the evaporation flask and to subject it to an evaporation process.
A universal ultrasound device , comprising: an array of ultrasound transducers , wherein each ultrasound transducer comprises a capacitive micromachined transducer, CMUT; a waveform generator configured to communicate with one or more of the ultrasound transducers in the array , the waveform generator configured to produce a plurality of waveforms to be communicated through the one or more ultrasound transducers ; and a controller configured to selectably communicate with one or more of the array of ultrasound transducers and the waveform generator , the controller configured to operate the array in a first frequency range and to operate the array in a second frequency range different than the first frequency range; wherein each of the first frequency range and the second frequency range is configured to reach a different depth; characterized in that the universal ultrasound device is configured to control the array of ultrasound transducers to generate different beam shapes associated with two or more of a linear probe, a sector probe, a curvilinear probe, and mechanically scanned probe based on accumulated azimuth transmit intensities over a spatial region. an array of ultrasound transducers , wherein each ultrasound transducer comprises a capacitive micromachined transducer, CMUT; a waveform generator configured to communicate with one or more of the ultrasound transducers in the array , the waveform generator configured to produce a plurality of waveforms to be communicated through the one or more ultrasound transducers ; and a controller configured to selectably communicate with one or more of the array of ultrasound transducers and the waveform generator , the controller configured to operate the array in a first frequency range and to operate the array in a second frequency range different than the first frequency range; wherein each of the first frequency range and the second frequency range is configured to reach a different depth; characterized in that the universal ultrasound device is configured to control the array of ultrasound transducers to generate different beam shapes associated with two or more of a linear probe, a sector probe, a curvilinear probe, and mechanically scanned probe based on accumulated azimuth transmit intensities over a spatial region.
A marker (10, 20, 52a-52d) for a medical instrument, the marker comprising: an inner ring consisting of one or more of copper, brass, gold, silver, or titanium; and a central opening , wherein a diameter (B) of the central opening is 0.50 mm to 3.00 mm; characterized in that the marker comprises an outer coating consisting of one or more of nickel or iron oxide, wherein a thickness (E) of the outer coating is 1 μm to 30 μm. an inner ring consisting of one or more of copper, brass, gold, silver, or titanium; and a central opening , wherein a diameter (B) of the central opening is 0.50 mm to 3.00 mm;
An automated drilling rig floor wrench for handling wellbore tubulars, having upper and lower tong assemblies , each tong assembly comprising: a plurality of die blocks for receiving a die to grip the tubular, each die block forming at least two opposed slots for receiving the die within the slots, characterized in that : each die block is configured with at least one quick release retainer pin for releasably securing the die within the slots. a plurality of die blocks for receiving a die to grip the tubular, each die block forming at least two opposed slots for receiving the die within the slots, each die block is configured with at least one quick release retainer pin for releasably securing the die within the slots.
Subframe construction of a vehicle for mounting superstructures on what are known as ladder frames , wherein the subframe construction has subframe components , and two hinged supports , characterized in that the subframe construction has a plurality of rockers , which are arranged in a vehicle longitudinal direction, with a top-hat-shaped profile with a thrust rod , and wherein the hinged supports are capable of adopting an angle change and have, for this purpose, easily screwed plastic bearings which connect a lower region of the hinged supports to the subframe and permit rotational movements.
A display apparatus including a first non-folding area (RA1), a second non-folding area (RA2) spaced apart from the first non-folding area (RA1), and a folding area (FA) between the first non-folding area (RA1) and the second non-folding area (RA2), the display apparatus comprising: a flexible display panel (PN); a metal plate supporting the flexible display panel (PN) and including a recess in the folding area (FA), the metal plate having a first thickness (t1) in the first non-folding area (RA1) and the second non-folding area (RA2), and a second thickness (t2) less than the first thickness (t1) in the folding area (FA); a resin portion disposed in the recess; and a third adhesive layer (PSA3) disposed between the flexible display panel (PN) and the metal plate , wherein the metal plate further includes opening patterns (SL) in the folding area (FA), wherein the resin portion includes a base and protrusions protruding from the base and disposed inside the opening patterns (SL), and the protrusions are disposed between the base and the flexible display panel (PN), characterised in that an air gap (AG) is formed in the opening pattern (SL) of the metal plate , wherein the air gap (AG) is defined by an upper surface of the protrusion of the resin portion and a lower surface of the third adhesive layer (PSA3). a flexible display panel (PN); a metal plate supporting the flexible display panel (PN) and including a recess in the folding area (FA), the metal plate having a first thickness (t1) in the first non-folding area (RA1) and the second non-folding area (RA2), and a second thickness (t2) less than the first thickness (t1) in the folding area (FA); a resin portion disposed in the recess; and a third adhesive layer (PSA3) disposed between the flexible display panel (PN) and the metal plate , wherein the metal plate further includes opening patterns (SL) in the folding area (FA), wherein the resin portion includes a base and protrusions protruding from the base and disposed inside the opening patterns (SL), and the protrusions are disposed between the base and the flexible display panel (PN), characterised in that an air gap (AG) is formed in the opening pattern (SL) of the metal plate , wherein the air gap (AG) is defined by an upper surface of the protrusion of the resin portion and a lower surface of the third adhesive layer (PSA3).
An apparatus comprising: a first interface configured to enable coupling to a universal serial bus device ; a controller circuitry configured to at least determine an amount of current and/or voltage available at a mobile high-definition link device when coupled and adjust, based on the determined amount, a value of pull up circuitry coupled to the first interface ; and a second interface configured to enable coupling to the mobile high-definition link device , wherein the pull up circuitry includes one or more pull up resistors coupled to a configuration control line of the first interface orwherein the pull up circuitry includes a current source coupled to a configuration control line of the first interface , wherein the controller circuitry couples to a data line (233 A, B) at the second interface to determine the amount of current and/or voltage available at the mobile high-definition link device . a first interface configured to enable coupling to a universal serial bus device ; a controller circuitry configured to at least determine an amount of current and/or voltage available at a mobile high-definition link device when coupled and adjust, based on the determined amount, a value of pull up circuitry coupled to the first interface ; and a second interface configured to enable coupling to the mobile high-definition link device , wherein the pull up circuitry includes one or more pull up resistors coupled to a configuration control line of the first interface orwherein the pull up circuitry includes a current source coupled to a configuration control line of the first interface , wherein the controller circuitry couples to a data line (233 A, B) at the second interface to determine the amount of current and/or voltage available at the mobile high-definition link device .