mhurhangee/patent-ind-claim-en huggingface dataset:
Electrical equipment comprising: a main body portion ; a battery disposed in the main body portion ; an operating unit which operates by electric power supply from the battery ; a handle that is a human body contacting portion which a user contacts in gripping the handle when the electrical equipment is used; a conductive member at least a part of which is disposed in the handle and is exposed outside the handle , and a circuit board having a predetermined pattern , characterized in that the conductive member or a pattern connected to the conductive member electrically and the predetermined pattern of the circuit board are disposed so as to face each other. a main body portion ; a battery disposed in the main body portion ; an operating unit which operates by electric power supply from the battery ; a handle that is a human body contacting portion which a user contacts in gripping the handle when the electrical equipment is used; a conductive member at least a part of which is disposed in the handle and is exposed outside the handle , and a circuit board having a predetermined pattern , characterized in that the conductive member or a pattern connected to the conductive member electrically and the predetermined pattern of the circuit board are disposed so as to face each other.
Floor cleaning appliance which comprises at least one cleaning assembly for cleaning a floor surface and an optical detection device with which a floor type is determinable, wherein the detection device is configured as or comprises a spectroscopic device with which the floor type is determinable on the basis of a spectrum of the floor surface recorded by reflection measurement, and wherein the spectroscopic device has at least one optical illuminating element for emitting light directed at the floor surface characterized in that the spectroscopic device comprises at least one diffractive or refractive element for spectrally decomposing reflected light, wherein the light is detectable by means of at least one receiving element , and that for evaluating the spectrum , characteristic features of the same are determined on the basis of relative intensity and/or position of two or more characteristic structures to each other.
An engine (E) comprising: a crankcase body including a bottom plate including a first crankshaft insertion hole and a tubular portion including a case opening portion on an opposite side to the bottom plate ; a crankcase cover including a second crankshaft insertion hole and covering the case opening portion of the crankcase body ; a crankshaft which is inserted into the first crankshaft insertion hole and the second crankshaft insertion hole ; a cylinder base portion located inside the crankcase body ; a cylinder block located outside the crankcase body ; and a camshaft disposed inside the crankcase body and between the bottom plate and the cylinder base portion , wherein the crankcase body has the bottom plate detachably attached to the tubular portion , wherein the cylinder base portion and the cylinder block form a cylinder unit ; and characterized in that the cylinder unit is detachably attached to the crankcase body by fastening the cylinder block to the crankcase body by a plurality of bolts (B3) on the upper end side which are inserted from the inside of the crankcase body and a plurality of bolts (B2) inserted from the cylinder block , in that the camshaft is arranged below the cylinder base portion and between the bottom plate and the cylinder base portion , the cylinder base portion overlapping above the camshaft as seen from the case opening portion . a crankcase body including a bottom plate including a first crankshaft insertion hole and a tubular portion including a case opening portion on an opposite side to the bottom plate ; a crankcase cover including a second crankshaft insertion hole and covering the case opening portion of the crankcase body ; a crankshaft which is inserted into the first crankshaft insertion hole and the second crankshaft insertion hole ; a cylinder base portion located inside the crankcase body ; a cylinder block located outside the crankcase body ; and a camshaft disposed inside the crankcase body and between the bottom plate and the cylinder base portion , wherein the crankcase body has the bottom plate detachably attached to the tubular portion , wherein the cylinder base portion and the cylinder block form a cylinder unit ; and characterized in that the cylinder unit is detachably attached to the crankcase body by fastening the cylinder block to the crankcase body by a plurality of bolts (B3) on the upper end side which are inserted from the inside of the crankcase body and a plurality of bolts (B2) inserted from the cylinder block , in that the camshaft is arranged below the cylinder base portion and between the bottom plate and the cylinder base portion , the cylinder base portion overlapping above the camshaft as seen from the case opening portion .
Overvoltage protection circuit for a power supply comprising a power converter , the overvoltage protection circuit comprising a comparator (OA2) having a first input (+) for connection to an output of the power converter for receiving a power supply voltage (VDC), the comparator (OA2) further comprising a second input (-) for connection to a reference voltage (VR) in operational use, wherein the reference voltage determines a maximal power supply voltage for the power converter , the comparator (OA2) further comprising a shutdown output terminal , wherein the overvoltage protection circuit is configured for using the comparator (OA2) for comparing the power supply voltage (VDC) with the maximal power supply voltage, and for producing a power supply shutdown signal (S41s) on the shutdown output terminal when the power supply voltage (VDC) exceeds the maximal power supply voltage, and for latching said power supply shutdown signal (S41s) on the shutdown output terminal even if said power supply voltage (VDC) subsequently drops to a level below the maximal power supply voltage, wherein the overvoltage protection circuit further comprises a reset circuit coupled to the first input (+) of the comparator (OA2), the reset circuit being configured for pulling the signal level on the first input (+) below said reference voltage (VR) such that the power supply shutdown signal (S41s) is reset when a reset signal (S41r) is given to the reset circuit , the overvoltage protection circuit further comprising a control circuit for generating the reset signal (S41r), the control circuit having a reset output coupled to a reset input of the reset circuit for supplying the reset signal (S41r, S42r) to the reset circuit , characterised in that the reset circuit is configured to be edge triggered, and wherein the control circuit is configured for generating the reset signal (S41r, S42r) in the form of an edge, wherein the reset circuit comprises a high-pass filter (R2, C2) coupled to an input of a switching element (Q1).
Commercial vehicle tyre of a radial type of construction, in particular an agricultural tyre, with a tread with a lug profile, in which the lugs are arranged in two rows of lugs offset with respect to one another in the circumferential direction, wherein each lug is surrounded by two peripheral edges , running in the direction of the longitudinal extent of the lug , and also by a peripheral edge connecting them at the periphery of the tread and connecting them in the region of the middle of the tread, and wherein the lugs each have a continuous surface , which is continuously surrounded by the peripheral edges , wherein the surfaces of the lugs are each curved inwardly overall with respect to the level of the surrounding peripheral edges and proceeding from the peripheral edges , wherein this curvature of the surfaces of the lugs is formed as a depression over at least 80% of the longitudinal extent of the lugs transversely in relation to the peripheral edges running in the longitudinal extent of the lugs and between them, characterized in that the peripheral edges are the only peripheral edges of the lugs , and the greatest depth (t 1 ) of the curvature with respect to the level of the surrounding peripheral edges is 0.5 mm to 5.0 mm, preferably 2.0 mm to 3.0 mm
An oscillating/feeding apparatus for a continuous member that feeds a continuous member onto a continuously conveyed continuous sheet while oscillating the continuous member in an intersecting direction (Y) intersecting a traveling direction of the sheet , the apparatus comprising: an oscillating unit that is oscillated in the intersecting direction (Y); a first displacement means that displaces and oscillates the oscillating unit in the intersecting direction (Y); a second displacement means that displaces and oscillates the oscillating unit in the intersecting direction (Y) by displacing a part or all of the first displacement means in the intersecting direction (Y); and a control unit that controls the first displacement means and second displacement means , the oscillating unit including an outlet which feeds the continuous member to the sheet ; wherein the second displacement means is connected to the first displacement means ; wherein each of the first displacement means and second displacement means includes a driving source that is formed of one or more servo motors or linear motors ; wherein the oscillating unit includes two through holes that are formed at a block-like fixed part fixed to an endless belt , and is oscillated along two slide shafts that are inserted into the through holes, respectively. an oscillating unit that is oscillated in the intersecting direction (Y); a first displacement means that displaces and oscillates the oscillating unit in the intersecting direction (Y); a second displacement means that displaces and oscillates the oscillating unit in the intersecting direction (Y) by displacing a part or all of the first displacement means in the intersecting direction (Y); and a control unit that controls the first displacement means and second displacement means , the oscillating unit including an outlet which feeds the continuous member to the sheet ; wherein the second displacement means is connected to the first displacement means ; wherein each of the first displacement means and second displacement means includes a driving source that is formed of one or more servo motors or linear motors ; wherein the oscillating unit includes two through holes that are formed at a block-like fixed part fixed to an endless belt , and is oscillated along two slide shafts that are inserted into the through holes, respectively.
An autoinjector housing device comprising: a housing for receiving a dose cassette ; a base latch configured to hold the dose cassette within the housing ; a back plate operably connected to a spring , wherein the back plate is configured to move proximally within the housing upon receipt of the dose cassette into the housing , and further wherein the proximal movement of the back plate compresses the spring ; and an actuator operably connected to the base latch , wherein: the actuator is configured to move the base latch and the dose cassette proximally within the housing after the dose cassette is secured in the housing , the base latch is configured to move radially outwards upon said proximal movement of the base latch within the housing , the radial movement of the base latch is configured to cause the dose cassette to become unsecured within the housing , in response to the dose cassette becoming unsecured, the spring decompresses, causing the back plate to move distally and push the dose cassette out of a distal end of the housing , wherein the distal end is the end closest to an injection site when in use. a housing for receiving a dose cassette ; a base latch configured to hold the dose cassette within the housing ; a back plate operably connected to a spring , wherein the back plate is configured to move proximally within the housing upon receipt of the dose cassette into the housing , and further wherein the proximal movement of the back plate compresses the spring ; and an actuator operably connected to the base latch , wherein: the actuator is configured to move the base latch and the dose cassette proximally within the housing after the dose cassette is secured in the housing , the base latch is configured to move radially outwards upon said proximal movement of the base latch within the housing , the radial movement of the base latch is configured to cause the dose cassette to become unsecured within the housing , in response to the dose cassette becoming unsecured, the spring decompresses, causing the back plate to move distally and push the dose cassette out of a distal end of the housing , wherein the distal end is the end closest to an injection site when in use. the actuator is configured to move the base latch and the dose cassette proximally within the housing after the dose cassette is secured in the housing , the base latch is configured to move radially outwards upon said proximal movement of the base latch within the housing , the radial movement of the base latch is configured to cause the dose cassette to become unsecured within the housing , in response to the dose cassette becoming unsecured, the spring decompresses, causing the back plate to move distally and push the dose cassette out of a distal end of the housing , wherein the distal end is the end closest to an injection site when in use.
Treatment machine for flexible material webs , in particular in the form of a plastics film , which can be passed through treatment furnaces, said treatment machine having the following features: - the treatment machine comprises at least two successive zones (7; 7b; 7n; 7a; 7') in an extraction direction (A) of the material web , having a zone separation device , - in relation to the extraction direction (A) of the flexible material web , the zone separating device comprises at least one air partitioning device (AC) having an injection device (AC-E) which extends transversely to the material web and is designed such that a gaseous fluid flow (S) extending up to the flexible material web is generated above it, characterised by the following further features: the injection device (AC-E) is also designed such that the gaseous fluid flow exiting from the injection device (ACE) impinges obliquely in the direction of the flexible material web and thus on the material web plane (E) formed by the material web at a blowing angle (α) formed with respect to the flexible material web or with a blowing angle component (α) formed with respect to the flexible material web of less than or equal to 85°, wherein the blowing angle (α) or the blowing angle component (α) lies in an angular plane (WE) running perpendicularly to the extraction direction (A) and thus perpendicularly to the flexible material web . - the treatment machine comprises at least two successive zones (7; 7b; 7n; 7a; 7') in an extraction direction (A) of the material web , having a zone separation device , - in relation to the extraction direction (A) of the flexible material web , the zone separating device comprises at least one air partitioning device (AC) having an injection device (AC-E) which extends transversely to the material web and is designed such that a gaseous fluid flow (S) extending up to the flexible material web is generated above it,
A method in a second radio network node for providing a first parameter to be used by a user equipment for measuring at least one measurement quantity on a second cell when the second cell is deactivated, wherein the first parameter relates to a first measurement period, wherein the second radio network node operates a first cell on a first carrier and operates the second cell on a second carrier, wherein the first and second cell serves the user equipment , the method comprising: sending , to the user equipment , the first parameter and an indication indicative of the second carrier, wherein the first parameter is indicating a specific length of the first measurement period.
A connector attachable to a case formed with an insertion hole , the connector comprising a contact , a holding member , an outer member and an inserted portion , wherein: the holding member holds the contact ; the outer member , at least in part, accommodates the holding member ; the inserted portion is configured to be inserted into the insertion hole rearward in a front-rear direction when the connector is attached to the case ; the outer member has a body portion , a flange and an attached surface ; the flange protrudes from the body portion in a perpendicular plane perpendicular to the front-rear direction; the attached surface is formed of a rear surface of the body portion and a rear surface of the flange ;, and the inserted portion projects rearward beyond the attached surface and is located inward of the body portion so as to be close to the center of the body portion observed from the front-rear direction; characterized in that the rear surface of the body portion is formed with a pressure contact portion which surrounds the inserted portion with no break in the perpendicular plane including the rear surface of the body portion ; the outer member is made of resin coated with a conductive plating layer ; the pressure contact portion is formed with a contact surface which is perpendicular to the front-rear direction and capable for being brought into surface contact with a front surface of the case and located rearward of the rear surface of the flange , and the pressure contact portion is formed not on the rear surface of the flange but on the rear surface of the body portion . the holding member holds the contact ; the outer member , at least in part, accommodates the holding member ; the inserted portion is configured to be inserted into the insertion hole rearward in a front-rear direction when the connector is attached to the case ; the outer member has a body portion , a flange and an attached surface ; the flange protrudes from the body portion in a perpendicular plane perpendicular to the front-rear direction; the attached surface is formed of a rear surface of the body portion and a rear surface of the flange ;, and the inserted portion projects rearward beyond the attached surface and is located inward of the body portion so as to be close to the center of the body portion observed from the front-rear direction; characterized in that the rear surface of the body portion is formed with a pressure contact portion which surrounds the inserted portion with no break in the perpendicular plane including the rear surface of the body portion ; the outer member is made of resin coated with a conductive plating layer ; the pressure contact portion is formed with a contact surface which is perpendicular to the front-rear direction and capable for being brought into surface contact with a front surface of the case and located rearward of the rear surface of the flange , and the pressure contact portion is formed not on the rear surface of the flange but on the rear surface of the body portion .
A method for producing a soft candy, in which a raw material containing a sugar alcohol, gum arabic, and gelatin is dissolved and sugar alcohol fine powder is added, wherein the content of gum arabic is 0.1% by weight or more and 7.0% by weight or less in terms of solid content, the content of gelatin is 0.1% by weight or more and 5.1% by weight or less in terms of solid content, a ratio of the sugar alcohol fine powder is 1.0% by weight or more and 59.1% by weight or less in the raw material, and an average particle size of the sugar alcohol fine powder is 50 μm or less.
- Ceramic ink for digital printing comprising a solid part provided with at least one ceramic component and a liquid part provided with at least one first vehicle, wherein said first vehicle is selected from the group comprising: esterified terephthalates, cyclohexane dicarboxylates, citrates, trimethylolpropane esters, fatty acid esters of aromatic alcohols in which the first vehicle represents at least 10 wt% relative to the total weight of the ink.
A water-soluble cutting or grinding fluid comprising a glycol compound (A), an organic amine (B), a surfactant (C), and water (D); wherein the component (A) is at least one member selected from the group consisting of ethylene glycol, propylene glycol, diethylene glycol monoethyl ether, diethylene glycol dibutyl ether, diethylene glycol monohexyl ether, and diethylene glycol mono-2-ethylhexyl ether; wherein the component (B) is at least one member selected from the group consisting of triethanolamine, triisopropanolamine, monoisopropanolamine, and mono-sec-butanolamine; wherein the component (A) is present in an amount of 5 to 80 wt.%, the component (B) is present in an amount of 1 to 30 wt.%, the component (C) is present in an amount of 5 to 30 wt.%, and the component (D) is present in an amount of 5 to 80 wt.%, and the fluid having a contact angle of 2 to 15° as measured using the θ/2 method one second after a drop of a 1 to 30-fold dilution of the water-soluble cutting or grinding fluid is dropped on an SPCC-SB plate.
A method, comprising: establishing, by a processor , a wireless communication session with a web server via a wireless fidelity (WiFi) connection; receiving, by the processor , a request for information related to a battery-backed emergency lighting system and a request to change a configuration of the battery-backed emergency lighting system over the wireless communication session, wherein the request to change the configuration is initiated from an endpoint device in communication with the web server , wherein the request to change the configuration of the battery-backed emergency lighting system comprises changing a schedule of automatic tests and a light brightness profile when in a back-up mode; configuring, by the processor , the battery-backed emergency lighting system in accordance with the request to change the configuration; and sending, by the processor , the information that is requested. establishing, by a processor , a wireless communication session with a web server via a wireless fidelity (WiFi) connection; receiving, by the processor , a request for information related to a battery-backed emergency lighting system and a request to change a configuration of the battery-backed emergency lighting system over the wireless communication session, wherein the request to change the configuration is initiated from an endpoint device in communication with the web server , wherein the request to change the configuration of the battery-backed emergency lighting system comprises changing a schedule of automatic tests and a light brightness profile when in a back-up mode; configuring, by the processor , the battery-backed emergency lighting system in accordance with the request to change the configuration; and sending, by the processor , the information that is requested.