mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for transporting body tissue during a pelvic or peritoneal surgery through transvaginal-transdouglas route comprising: a bag portion to be placed inside the body of the patient and adapted to receive body tissue to be removed during the surgery, said bag portion having an opening for body tissue removal, an elongated port adapted to be placed through the vagina and the rectouterine pouch of a female patient and having a first end opening configured to be placed outside the body of the patient and a second end opening configured to be placed inside the body of the patient, wherein said elongated port opens to said bag portion such that body tissue is transported through said elongated port from said bag portion during the surgery, characterized in that said bag portion is separated into at least two separate bag compartments (33, 34), wherein said elongated port opens to one of said two separate bag compartments. a bag portion to be placed inside the body of the patient and adapted to receive body tissue to be removed during the surgery, said bag portion having an opening for body tissue removal, an elongated port adapted to be placed through the vagina and the rectouterine pouch of a female patient and having a first end opening configured to be placed outside the body of the patient and a second end opening configured to be placed inside the body of the patient, wherein said elongated port opens to said bag portion such that body tissue is transported through said elongated port from said bag portion during the surgery, characterized in that said bag portion is separated into at least two separate bag compartments (33, 34), wherein said elongated port opens to one of said two separate bag compartments.
A liquid crystal display, comprising: a liquid crystal panel; light emission diodes to emit light to be illuminated on the liquid crystal panel; a printed circuit board equipped with the light emission diodes; and a reflection plate to reflect light emitted from the light emission diodes toward the liquid crystal panel and includes through holes to pass the light emission diodes therethrough, wherein the printed circuit board is coupled to a rear surface of the reflection plate; wherein an engagement hook is formed on the rear surface of the reflection plate, and an engagement hole is formed on the printed circuit board to be coupled with the engagement hook; characterized in that: the engagement hook is unified and formed as a single body with the reflection plate. a liquid crystal panel; light emission diodes to emit light to be illuminated on the liquid crystal panel; a printed circuit board equipped with the light emission diodes; and a reflection plate to reflect light emitted from the light emission diodes toward the liquid crystal panel and includes through holes to pass the light emission diodes therethrough, wherein the printed circuit board is coupled to a rear surface of the reflection plate; wherein an engagement hook is formed on the rear surface of the reflection plate, and an engagement hole is formed on the printed circuit board to be coupled with the engagement hook; characterized in that: the engagement hook is unified and formed as a single body with the reflection plate.
A radio base station device having a data card in which subscriber identification information is stored, and a card insertion portion into which the data card is inserted, for carrying out radio communications by using the subscriber identification information read from the data card, wherein the radio base station device comprises: - a cover slidably mounted to the radio base station device, for covering the card insertion portion; and - a power supply switching unit (5, 6; 7; 8) disposed in a direction in which the cover slides, for enabling power to be supplied to the radio base station device when the power supply switching unit (5, 6; 7; 8) is placed at a position at which the power supply switching unit (5, 6;7;8) is projecting from a surface of the radio base station device, and for disabling the power to be supplied to the radio base station device when the power supply switching unit is placed at a position at which the power supply switching unit is not projecting from the surface, wherein in a power on state, the power supply switching unit (5, 6; 7; 8) placed at the position at which the power supply switching unit (5, 6; 7; 8) is projecting from the surface restricts the sliding movement of the cover to disable the data card to be extracted and inserted from and into the radio base station device. - a cover slidably mounted to the radio base station device, for covering the card insertion portion; and - a power supply switching unit (5, 6; 7; 8) disposed in a direction in which the cover slides, for enabling power to be supplied to the radio base station device when the power supply switching unit (5, 6; 7; 8) is placed at a position at which the power supply switching unit (5, 6;7;8) is projecting from a surface of the radio base station device, and for disabling the power to be supplied to the radio base station device when the power supply switching unit is placed at a position at which the power supply switching unit is not projecting from the surface,
An ultrasound measurement apparatus for measuring the flow velocity of fluids having at least two ultrasonic transducers (12, 14) which are arranged facing one another and which span a measurement path between them which extends through the fluid obliquely to the flow and having a control and evaluation unit which is configured to transmit an ultrasound signal alternately by the one ultrasonic transducer (12, 14) on the measurement path and to receive it with the other ultrasonic transducer (14, 12) and thus to generate a digital first received signal (x) for ultrasound transmitted with the flow and a digital second received signal (y) for ultrasound transmitted against the flow and to determine the flow velocity from a transit time difference of the first received signal (x) and of the second received signal (y), characterised in that, the evaluation unit is configured to calculate discrete Fourier transforms (X, Y) of the received signals (x, y), to multiply the discrete Fourier transforms (X, Y) in each case by a window function determined from a carrier frequency and a bandwidth of the ultrasound signal, to generate a first envelope (x H) of the first received signal (x) and a second envelope (y H) of the second received signal (y) as an amount of the inverse discrete Fourier transform of the respective product, to determine a first transit time difference from the envelopes (x H, y H), to determine a second transit time difference by evaluating a cross-correlation (c) of the first received signal (x) and of the second received signal (y) in a time window determined using the first transit time difference and to determine the transit time difference from the second transit time difference or from the first transit time difference and the second transit time difference.
Setting method for an expansion anchor by means of an impact wrench, comprising a first phase in which a rotary impact is repeatedly exerted on a screw element of the expansion anchor and a torque transmitted from the rotary impact to the screw head is estimated until the estimated transmitted torque exceeds a threshold value specified for the expansion anchor; a second phase, in which a first number of rotary impacts specified for the expansion anchor is exerted on the screw head, characterized in that, at least during the first phase, a current rate of change (w) of the estimated torque is monitored and a modified second phase (S2b) begins in response to the current rate of change (w) exceeding a limit value of the rate of change (w) specified for the expansion anchor, in which second phase a second number of rotary impacts specified for the expansion anchor is exerted on the screw head, the second number being less than the first number. a second phase, in which a first number of rotary impacts specified for the expansion anchor is exerted on the screw head, characterized in that, at least during the first phase, a current rate of change (w) of the estimated torque is monitored and a modified second phase (S2b) begins in response to the current rate of change (w) exceeding a limit value of the rate of change (w) specified for the expansion anchor, in which second phase a second number of rotary impacts specified for the expansion anchor is exerted on the screw head, the second number being less than the first number.
A pressure gauge comprising: a body including a scale disc fixed on a top of the body; a casing being transparent for covering the body and including a close segment formed on a first end of the casing, an open segment formed on a second end of the casing, and multiple hooks, spaced and arranged on an outer wall of the casing proximate to the open segment, characterised in that the casing includes an abutting rib surrounding an inner wall of the casing against which rib the body abuts, any two adjacent of the multiple hooks (271, 272) form a hooking assembly, a first slit is defined between the two adjacent hooks (271, 272) of the hooking assembly, and a bottom of the first slit penetrates through the abutting rib, wherein two hooking assemblies are separately formed on the outer wall of the casing, and multiple second slits are spaced and arranged between the two hooking assemblies, wherein a spacing with a distance in a direction from the top to a bottom of the body is formed between the body and the bottom of each first slit of the casing, and the distance is more than zero so that a removal tool is insertable into the spacing to exert a force to remove the casing from the body. a body including a scale disc fixed on a top of the body; a casing being transparent for covering the body and including a close segment formed on a first end of the casing, an open segment formed on a second end of the casing, and multiple hooks, spaced and arranged on an outer wall of the casing proximate to the open segment, characterised in that the casing includes an abutting rib surrounding an inner wall of the casing against which rib the body abuts, any two adjacent of the multiple hooks (271, 272) form a hooking assembly, a first slit is defined between the two adjacent hooks (271, 272) of the hooking assembly, and a bottom of the first slit penetrates through the abutting rib, wherein two hooking assemblies are separately formed on the outer wall of the casing, and multiple second slits are spaced and arranged between the two hooking assemblies, wherein a spacing with a distance in a direction from the top to a bottom of the body is formed between the body and the bottom of each first slit of the casing, and the distance is more than zero so that a removal tool is insertable into the spacing to exert a force to remove the casing from the body.
A polymer composite piezoelectric material (1, 1a, 1b) comprising: a matrix (12a, 12b) comprising an organic polymer resin; and a piezoelectric material (11a, 11b) included in the matrix (12a, 12b), the piezoelectric material (11a, 11b) comprising a perovskite oxide having a composition represented by general formula below: (Bi x,A 1-x) (B y,C 1-y)O 3, wherein A represents an A-site element with an average ionic valence of two other than Pb, B represents a B-site element with an average ionic valence of three, C represents a B-site element with an average ionic valence greater than three, each of A, B and C is one or two or more metal elements, O is oxygen, B and C have different compositions from each other, 0.6 ≤ x ≤ 1.0, x-0.2 ≤ y ≤ x, and a ratio of a total mole number of the A-site element to a mole number of the oxygen atom and a ratio of a total mole number of the B-site element to the mole number of the oxygen atom are respectively 1:3 as a standard; however, these ratios may be varied from the standard molar ratio within a range where a perovskite structure is provided. a matrix (12a, 12b) comprising an organic polymer resin; and a piezoelectric material (11a, 11b) included in the matrix (12a, 12b), the piezoelectric material (11a, 11b) comprising a perovskite oxide having a composition represented by general formula below: (Bi x,A 1-x) (B y,C 1-y)O 3, wherein A represents an A-site element with an average ionic valence of two other than Pb, B represents a B-site element with an average ionic valence of three, C represents a B-site element with an average ionic valence greater than three, each of A, B and C is one or two or more metal elements, O is oxygen, B and C have different compositions from each other, 0.6 ≤ x ≤ 1.0, x-0.2 ≤ y ≤ x, and a ratio of a total mole number of the A-site element to a mole number of the oxygen atom and a ratio of a total mole number of the B-site element to the mole number of the oxygen atom are respectively 1:3 as a standard; however, these ratios may be varied from the standard molar ratio within a range where a perovskite structure is provided.
In a computing environment, a method comprising: (a) detecting, by a gateway, that a user has entered a destination address for a connection to a network via a client device; (b) determining, by the gateway, location data corresponding to the client device; (c) using, by the gateway, the location data and policy information for obtaining a list of available connection methods in order of precedence; (d) selecting, by the gateway, an available connection method from the list as a selected connection method; (e) attempting, by the gateway, to establish a connection with the selected connection method; and (f) determining, by the gateway, whether the attempt was successful, wherein if the attempt is not successful, a different available connection method is selected from the list as the selected connection method and the process returns to step (e), and if the attempt is successful, the connection is established. (a) detecting, by a gateway, that a user has entered a destination address for a connection to a network via a client device; (b) determining, by the gateway, location data corresponding to the client device; (c) using, by the gateway, the location data and policy information for obtaining a list of available connection methods in order of precedence; (d) selecting, by the gateway, an available connection method from the list as a selected connection method; (e) attempting, by the gateway, to establish a connection with the selected connection method; and (f) determining, by the gateway, whether the attempt was successful, wherein if the attempt is not successful, a different available connection method is selected from the list as the selected connection method and the process returns to step (e), and if the attempt is successful, the connection is established.
Method for determining the banking angle (β) of a two-wheeled vehicle, wherein - the transverse acceleration (a y) and the acceleration (a z) in the direction of the vertical axis (z) of the vehicle are established and - the banking angle (β) of the two-wheeled vehicle in relation to the roadway or the normal of the roadway is calculated on the basis of the two acceleration values (a y, a z), characterized in that the banking angle (β) is calculated according to β = arcsin I / r where I denotes the distance of the tyre contact point from the central plane of the tyre and r is a profile radius and the distance I of the tyre contact point to the central plane of the tyre is calculated according to: I = h s a y a z, where h s is the centre-of-gravity height. - the transverse acceleration (a y) and the acceleration (a z) in the direction of the vertical axis (z) of the vehicle are established and - the banking angle (β) of the two-wheeled vehicle in relation to the roadway or the normal of the roadway is calculated on the basis of the two acceleration values (a y, a z),
A monofilament for producing an Nb 3 Sn-containing superconductor wire, where the monofilament comprises: - a powder core comprising an Sn-containing powder, - a reaction tube composed of an Nb alloy comprising Nb and at least one further alloy component X, where the powder core is disposed within the reaction tube, where the monofilament further comprises at least one source for at least one partner component Pk, where a respective source comprises one or more source structures at a unitary radial position in the monofilament; where the alloy component X and the partner component Pk are selected such that they form precipitates XPk on a reaction annealing of the monofilament in which Sn from the powder core and Nb from the reaction tube react to give Nb 3 Sn, characterized in that the powder core is disposed in a moderation tube, and that the moderation tube is disposed within the reaction tube. where the monofilament comprises: - a powder core comprising an Sn-containing powder, - a reaction tube composed of an Nb alloy comprising Nb and at least one further alloy component X, - a powder core comprising an Sn-containing powder, - a reaction tube composed of an Nb alloy comprising Nb and at least one further alloy component X, where the powder core is disposed within the reaction tube, where the monofilament further comprises at least one source for at least one partner component Pk, where a respective source comprises one or more source structures at a unitary radial position in the monofilament; where the alloy component X and the partner component Pk are selected such that they form precipitates XPk on a reaction annealing of the monofilament in which Sn from the powder core and Nb from the reaction tube react to give Nb 3 Sn, characterized in that the powder core is disposed in a moderation tube, and that the moderation tube is disposed within the reaction tube.
Suturing device, comprising: - tubular body provided with a longitudinal cavity extending along a main direction between a first operational end portion, and a second end portion; - at least a member slidably inserted in said cavity; - a surgical thread slidably inserted in said cavity and connected to said member; wherein that said member comprises only one pair of bodies (7', 8') connected together by means of a single junction element made of a single portion of material, wherein each body (7', 8') has a through hole within which an end of the junction element is inserted, wherein said surgical thread extends between a first end portion constrained to the member, and a second end portion, in use externally projecting to the second end portion and is slidably secured to a middle portion of said junction element by means of a knot or wrapping in which the thread is maintained sliding and wherein said pair of bodies (7', 8') are defined by a first sphere and a second sphere having a peripheral groove housing the surgical thread so as to minimize the size of the tubular body. - tubular body provided with a longitudinal cavity extending along a main direction between a first operational end portion, and a second end portion; - at least a member slidably inserted in said cavity; - a surgical thread slidably inserted in said cavity and connected to said member; wherein that said member comprises only one pair of bodies (7', 8') connected together by means of a single junction element made of a single portion of material, wherein each body (7', 8') has a through hole within which an end of the junction element is inserted, wherein said surgical thread extends between a first end portion constrained to the member, and a second end portion, in use externally projecting to the second end portion and is slidably secured to a middle portion of said junction element by means of a knot or wrapping in which the thread is maintained sliding and wherein said pair of bodies (7', 8') are defined by a first sphere and a second sphere having a peripheral groove housing the surgical thread so as to minimize the size of the tubular body.
An effective amount of -1-[4-[3-[4-(6-Fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl]propoxy]-3-methoxyphenyl]ethanol (R-P88) or a pharmaceutically acceptable salt thereof, or an ester of R-P88 or a pharmaceutically acceptable salt of such ester, for use in the treatment of a patient suffering from a psychiatric disorder, wherein the R-P88 or the pharmaceutically acceptable salt thereof, or the ester of R-P88 or the pharmaceutically acceptable salt of such ester, is orally administered to a patient once per day at a dose of 1-24 mg per day and wherein the psychiatric disorder is selected from a group consisting of: schizophrenia, schizoaffective disorder, bipolar disorder, (mania and/or depression), depression, major depression, psychotic episodes, autism, autism spectrum disorder, fragile X syndrome, and pervasive developmental disorder.
A combine comprising: a traveling device that supports a traveling machine body; a reaper unit that reaps standing grain culms; a threshing device that threshes the reaped grain culms; a grain tank that retains the grain threshed by the threshing device; a weight measurement unit that performs weight measurement on the grain retained in the grain tank; a measurement instruction unit that outputs a weight measurement signal; a control unit that instructs the weight measurement unit to perform the weight measurement based on the weight measurement signal; the combine being characterized in that it further comprises: a working state determination unit that performs working state determination for determining whether the combine is in a working state or a non-working state, based on states of the traveling device, the reaper unit, and the threshing device; and in that the control unit instructs the working state determination unit to perform the working state determination when the weight measurement signal is output from the measurement instruction unit, and if it is determined that the combine is in the working state, the control unit does not instruct the weight measurement unit to perform the weight measurement. a traveling device that supports a traveling machine body; a reaper unit that reaps standing grain culms; a threshing device that threshes the reaped grain culms; a grain tank that retains the grain threshed by the threshing device; a weight measurement unit that performs weight measurement on the grain retained in the grain tank; a measurement instruction unit that outputs a weight measurement signal; a control unit that instructs the weight measurement unit to perform the weight measurement based on the weight measurement signal; the combine being characterized in that it further comprises: a working state determination unit that performs working state determination for determining whether the combine is in a working state or a non-working state, based on states of the traveling device, the reaper unit, and the threshing device; and in that the control unit instructs the working state determination unit to perform the working state determination when the weight measurement signal is output from the measurement instruction unit, and if it is determined that the combine is in the working state, the control unit does not instruct the weight measurement unit to perform the weight measurement. a working state determination unit that performs working state determination for determining whether the combine is in a working state or a non-working state, based on states of the traveling device, the reaper unit, and the threshing device; and in that the control unit instructs the working state determination unit to perform the working state determination when the weight measurement signal is output from the measurement instruction unit, and if it is determined that the combine is in the working state, the control unit does not instruct the weight measurement unit to perform the weight measurement.